# iMatrix Systems — full content URL: https://imatrixsys.com/llms-full.txt This file is the long-form content companion to [llms.txt](https://imatrixsys.com/llms.txt) — a concatenation of the main article body of every priority page on imatrixsys.com, stripped of navigation, footer, scripts, cookie banners, and other chrome. Pages are ordered by editorial priority (matching llms.txt order), then blog posts, then knowledge-base articles, then quick-start guides. For an index without bodies, see [llms.txt](https://imatrixsys.com/llms.txt). For an AI training and retrieval policy, see [ai.txt](https://imatrixsys.com/ai.txt). For canonical iMatrix terminology, see [glossary](https://imatrixsys.com/glossary/). Total pages: 103. Total content bytes: 342603. --- # Glossary — iMatrix Systems Terminology URL: https://imatrixsys.com/glossary/ Reference # iMatrix Glossary Canonical definitions for iMatrix Systems product names and terminology. Many iMatrix product names — Neo, Sentry, Wayne, EdgeUplink — collide with same-named third-party products in unrelated categories. This page disambiguates each term and links to the authoritative product page. Useful for buyers, integrators, and AI assistants citing iMatrix. ## Sensors - Neo-1 Sensor · BLE - iMatrix wireless temperature and humidity sensor. Bluetooth Low Energy (BLE) battery-powered environmental sensor in the iMatrix Neo family, used for cold-chain, refrigeration, greenhouse, and indoor monitoring. *Not related to the Neo cryptocurrency or any other “Neo” product.* Product page → - Neo-1D Sensor · Display - iMatrix wireless temperature and humidity sensor with a digital display showing live readings. NIST-traceable variant available. Product page → - Neo-1P Sensor · Probe - iMatrix wireless temperature sensor with an external probe — used for freezer cores, ultra-low storage, refrigerated transport, and probe-required food-safety applications. NIST-traceable variant available. Product page → - Neo-1DP Sensor · Display + Probe - iMatrix wireless sensor combining the Neo-1D display with the Neo-1P probe — both ambient and probe readings in a single device. NIST-traceable variant available. Product page → - Neo-IND Sensor · Industrial - iMatrix industrial-grade wireless temperature sensor. Ruggedized for factory floors, outdoor industrial sites, and harsh-environment monitoring. NIST-traceable variant available. Product page → - Sentry-1 Sensor · Door - iMatrix wireless door / window open-close sensor. Used in cold-chain (walk-in coolers, reefer trailers), security, elderly-living monitoring, and equipment-tamper detection. *Not related to Sentry.io error monitoring software.* Product page → ## Gateways & Connectivity - Micro Gateway Hardware · BLE / Wi-Fi bridge - iMatrix USB-dongle gateway that bridges Neo and Sentry BLE sensors to iMatrix Cloud over Wi-Fi or Bluetooth. Required component in environmental sensor deployments. Specifically the *iMatrix Micro Gateway USB Dongle*, not related to generic “micro gateway” networking terminology. Product page → - EdgeUplink eSIM Connectivity · Cellular - iMatrix programmable, GSMA-compliant IoT eSIM card. Triple-carrier US LTE plus 900+ networks across 195 countries, pre-activated on every iMatrix cellular device. Sold standalone via edgeuplink.com for third-party hardware. Product page → ## Telematics Hardware - FleetConnect Platform - iMatrix's fleet telematics platform brand. Combines FleetConnect hardware (FC-101 / FC-201 / FC-501 families), software stack (DriveGuard, GeoGuard, NavPro, SafeSync), EdgeUplink eSIM connectivity, and iMatrix Cloud. *Not related to any other product using the “FleetConnect” name.* Platform page → - FC-101 Hardware · Asset Tracker · Battery - iMatrix battery-powered GPS asset tracker. User-replaceable cells, up to 5-year field life, IP67, multi-GNSS, LTE-M. For high-value single assets, dealership lots, and indoor storage. **$64 hardware MSRP.** Product page → - FC-101S Hardware · Asset Tracker · Solar - iMatrix solar-powered GPS asset tracker. 5–7 year zero-maintenance field life, IP67, multi-GNSS, LTE-M. For trailers, intermodal containers, and outdoor equipment. **$165 hardware MSRP.** Product page → - FC-101S-EX Hardware · Asset Tracker · Solar + I/O - iMatrix solar GPS asset tracker with external I/O for door open/close, temperature probe, hitched/unhitched detection, and cargo sensors. Built for refrigerated trailers, secure cargo, and regulated transport. **$197 hardware MSRP.** Product page → - FC-201 Hardware · Fleet Tracker · OBD-II - iMatrix plug-and-play OBD-II fleet GPS tracker for any 1996+ vehicle. 60-second install, no wiring, no shop visit. GPS, driver scoring, trip replay, full vehicle diagnostics. LTE cellular. **$53 hardware MSRP.** Product page → - FC-501 Hardware · Industrial Gateway - iMatrix industrial-grade fleet telematics gateway. Dual CAN bus (J1939, CANopen, RAW), multi-constellation GNSS, BLE sensor bridging, IP67 / J1455 rugged enclosure. For emergency, commercial, and OEM vehicle programs. **$450 hardware MSRP.** Product page → - FC-501-SAT Hardware · Industrial · Satellite - Starlink-ready variant of the FC-501 industrial gateway. Integrates with satellite internet for uninterrupted service in remote areas where cellular doesn't reach. Approval-required (mining, oil & gas, agriculture deployments). Program page → ## Software & AI - Wayne AI Software · Conversational AI - iMatrix's conversational fleet artificial intelligence — the first fleet AI built to operate across diesel, electric, hydrogen, hybrid, RNG, and propane powertrains in a single platform. Standard on every Horizon Motors truck and on FC-501 industrial gateways. Generally available since 2026-05-01. *Not related to Wayne Industries (DC Comics) or other “Wayne” products.* Product page → - DriveGuard Software · Driver Behavior - iMatrix Driver Behavior Monitoring System (FC-DBMS). Detects harsh braking, speeding, collisions, and fatigue via CAN bus, GPS, accelerometer, and cellular data. Part of the FleetConnect software stack. Product page → - GeoGuard Software · Geofencing - iMatrix always-on tracking and geofencing product. Circular and polygonal geofences using GPS, Wi-Fi, and cellular triangulation. Part of the FleetConnect software stack. Product page → - NavPro Software · Tracking + Routing - iMatrix vehicle tracking and routing product. Rapid GNSS acquisition, multi-network connectivity, and adaptive power management. Used in ground support, warehouse, and industrial fleets. Part of the FleetConnect software stack. Product page → - SafeSync Software · OTA Device Mgmt - iMatrix over-the-air (OTA) device management product. Handles firmware updates, driver-app sync, and secure configuration pushes across an iMatrix fleet. Part of the FleetConnect software stack. Product page → - Battery Intelligence Software · Edge AI - iMatrix edge-AI product for BEV (battery electric vehicle) battery packs. Per-cell visibility across 100+ cells, sub-50ms thermal response, predictive failure alerts 7–21 days ahead, and remaining-useful-life forecasts to ±1 month. Product page → - iMatrix Cloud Platform · Web + Mobile - iMatrix's customer-facing cloud platform. Live tracking, dashboards, geofences, alerts, trip replay, sensor data, and NIST calibration certificates — accessed via web browser at cloud.imatrixsys.com or via iOS / Android apps. Operator owns their data with no egress fees. Cloud login → --- # About iMatrix Systems — Fleet Telematics & URL: https://imatrixsys.com/company/about/ We design and build the hardware and cloud that fleet operators and environmental-monitoring teams rely on — founded on the principle that the operator who owns the asset should own the data it generates. iMatrix Systems launched from stealth in 2016 with a smart-sensor platform built around a single observation: the IoT industry was optimizing for vendor lock-in, not operator outcomes. Sensors couldn't talk to competing clouds. Fleet telematics contracts treated raw data as proprietary. Recalibration cycles were designed to force hardware refreshes. Our founding team — hardware and firmware engineers from the cellular, automotive, and industrial IoT worlds — built iMatrix on the opposite assumptions. Sensors should expose their data in standard formats. Gateways should be swappable. Cloud dashboards should export everything, on demand, in JSON your own systems can ingest. Hardware should last long enough that you're not re-buying on a 3-year cycle. A decade later, those principles still define the product line. The customers we keep longest are the ones who chose us because of them. FleetConnect vehicle gateways with plug-in installation, SafeSync driver app, DriveGuard optional dash-cam, and EdgeUplink eSIM connectivity across 900+ mobile networks. The complete platform for IFTA, driver safety, fuel management, and vehicle maintenance. Browse Telematics →Wireless Neo sensors and Micro Gateway for temperature, humidity, probe, and door monitoring. NIST-traceable variants for regulated industries. The same iMatrix Cloud that runs your fleet runs your cold rooms and labs. Browse Environmental →Every iMatrix contract includes unrestricted raw-data export. No "data portability" upsell, no CSV-only lockdown. If you want your fleet's entire telemetry history as JSON tomorrow morning, it's a single API call — and it was free when you signed. FleetConnect gateways routinely run five to seven years in the field. Neo sensors ship with replaceable batteries rated for 3+ years. We'd rather sell you hardware that outlasts your next contract cycle than force a refresh on our schedule. Every NIST-variant sensor carries an ISO 17025-traceable multi-point calibration certificate archived in iMatrix Cloud. Annual recalibration with prepaid shipping — the same certificate format your regulator and your customer's QA team accept. **Phone:** +1 (844) 545-1007 Sales, support, partnership, OEM — all roads start at the contact page. Contact iMatrix → --- # Company URL: https://imatrixsys.com/company/ Global connectivity, open data access, and operator-grade hardware built for fleets that run at scale. The data your fleet generates belongs to your fleet — iMatrix is built to keep it that way. How the company started, what we build, and why "own your data" is the thing that's actually different. Read →Phone, email, and the form that routes to the right team. Also where to ship NIST recalibrations. Get in touch →Press releases, featured articles, and media mentions — Business Wire, Yahoo! Finance, Food Logistics, and more. Read coverage →Telematics built for operators and enterprises that value control, clarity, and long-term flexibility. iMatrix designs end-to-end telematics infrastructure that connects vehicles, assets, and sensors to the cloud — without proprietary traps, punitive contracts, or hidden integration costs. Our platform scales globally, integrates cleanly, and treats customer data as customer-owned from day one. Launched from stealth with our first smart-sensor platform. Fleet Telematics and Environmental Sensors — one cloud. Mobile networks our EdgeUplink eSIM platform reaches worldwide. Traceable calibration on every NIST-variant sensor we ship. Export raw JSON, MQTT, or CSV anytime — your data, your way out. Most telematics platforms optimize for vendor retention. iMatrix is built around four ideas that put the operator first. Export raw telemetry anytime in standard formats — JSON, MQTT, CSV. No data egress fees. No artificial friction. No exit tax. A single eSIM platform supporting domestic and international fleets — without SIM swaps, regional SKUs, or fragmented provisioning. Purpose-built telematics devices engineered for long service life, low power draw, and reliable operation in vehicles and remote assets. Traceable sensor calibration, disciplined security architecture, and systems designed to withstand procurement scrutiny — not pilot demos. When an OEM standardizes telematics across a vehicle program, iMatrix is the engineering partner that makes the platform consistent across every model — diesel, hybrid, BEV, and beyond. Across Class 3 through Class 8 — cab-and-chassis, box, refrig, tow, sweeper, garbage, dump, cement, semi. Wayne AI ships on board day one — no add-ons, no retrofits, no firmware loads. FleetConnect Gateway, iMatrix Cloud, GeoGuard, EdgeUplink LTE, and HVIP CORE Reporting all standard. Edge AI on the pack with fleet-wide ML retraining — deployed across solar electric vehicle programs. Pack health scoring, predictive alerts, and RUL forecasts under the same workbench Wayne reasons over. Battery Intelligence →iMatrix operates at the infrastructure layer of fleet telematics — hardware, connectivity, and cloud systems designed to integrate cleanly into existing enterprise environments. Hardware engineered to outlast contracts, not chase quarterly feature cycles. Open protocols, raw data exports, and integration paths that don't require us in the loop. Long-term customer relationships built on transparency — not switching costs. This creates a platform that scales across use cases, industries, and geographies — while remaining adaptable to partnerships, integrations, and evolving data strategies. Our sales team takes calls directly — no gatekeeping, no "discovery call" two-step. If you know what you want, we'll quote it. Contact Us → --- # Contact iMatrix Systems — Sales, Support, OEM URL: https://imatrixsys.com/company/contact/ Sales, technical support, or partnerships — one form and a few direct channels. We route based on what you tell us, and our sales team takes calls without the discovery-call choreography. We reply within one business day. Urgent support issues — call directly. +1 (844) 545-1007 Mon–Fri, 9 a.m. to 6 p.m. Pacific. We publish pricing openly. If you're at the research stage, the pricing page will often answer faster than a sales call. See Pricing → --- # Press & Media — iMatrix Systems News and Coverage URL: https://imatrixsys.com/company/press/ iMatrix Systems press releases, featured articles, and media mentions — from Business Wire and Yahoo! Finance to Food Logistics and Today's Restaurant News. Sorted newest-first. Speaking, feature interviews, product review units, expert commentary on fleet telematics or environmental monitoring — contact our press desk. Contact Press → --- # iMatrix Systems Launches Wayne AI — First URL: https://imatrixsys.com/blog/imatrix-launches-wayne-ai-conversational-fleet-ai-mixed-powertrains/ **ZEPHYR COVE, Nev.**— May 1, 2026 **iMatrix Systems, Inc.** today announced the general availability of **Wayne AI™**, the industry's first conversational fleet artificial intelligence purpose-built to operate across **diesel, electric, hydrogen, and hybrid powertrains** in a single platform. Wayne reads live CAN-bus signals from every vehicle, reasons over fault histories and route assignments, and answers operator questions in plain English — eliminating the multi-tool, multi-login workflow most fleet managers navigate today. Most fleet AI platforms in the market were built for diesel and bolted on EV reporting later, or vice versa. Fleets running mixed powertrains end up with three logins, three dashboards, and three OEM-specific data formats — a problem that compounds as 2026 commercial fleets increasingly run blended diesel-EV-hydrogen operations under one dispatch and compliance umbrella. Wayne AI normalizes signals from any powertrain through iMatrix's CAN-bus auto-mapping engine, the same technology that compresses six to twelve months of manual J1939 reverse engineering into hours. ## Plain-English Q&A across the entire fleet Operators ask Wayne natural-language questions across the full fleet — *"Which trucks are at risk of brake failure this week?"*, *"What's the average state-of-charge on the EV fleet at 5 p.m.?"*, *"Which vehicles need a DPF regen this run?"* — and receive answers grounded in live telemetry, not generic statistics. Wayne reasons over diagnostic trouble codes, charge schedules, route assignments, driver behavior, and compliance windows, presenting findings in the same conversational interface used to ask the question. "Wayne is the most experienced person in the yard, deployed at every yard your fleet operates from. We built Wayne for the operator who runs a depot of 50 diesel rigs, 20 EVs, and a handful of hydrogen tractors — because that's what every commercial fleet is going to look like in 2026 and beyond. The AI shouldn't care which powertrain you bought; it should care that you can answer your customer." — Greg Phillips, CEO and Founder, iMatrix Systems ## Standard on FC-501. Available to FC-201 fleets via early access. Wayne AI ships standard on iMatrix's **FC-501 industrial gateway**, the company's OEM-embedded telematics platform for vehicle manufacturers and system integrators. FC-501 deployments include the full Wayne AI capability set with no additional licensing fee. For commercial fleet customers running iMatrix's **FC-201 plug-and-play OBD-II tracker** on the Track or Command monthly plan, Wayne is available immediately via early-access program, with general availability on the FC-201 platform planned for late 2026. ## Compliance reporting that runs itself Wayne AI also automates compliance reporting that historically consumed hours of fleet-manager time per quarter — including California Air Resources Board (CARB) emissions reporting for the HVIP program, FSMA Sanitary Transport audit trails for refrigerated carriers, and FMCSA Hours-of-Service compliance summaries. Reports generate from the same live data Wayne reasons over conversationally, not a separate batch process or third-party tool. ## What's included with Wayne AI - Conversational Q&A across every connected vehicle, every powertrain - Predictive maintenance reasoning over CAN bus, DTC histories, and driver behavior - Mixed-powertrain unification — diesel, EV, hydrogen, and hybrid in one console - Automated CARB, FSMA, and FMCSA compliance reporting - Integration with the iMatrix Telematics Engineering Workbench for OEM-grade signal mapping - Standard on the FC-501 industrial gateway; early access on the FC-201 plug-and-play platform ## Availability and pricing Wayne AI is generally available **May 1, 2026** to all customers on the FC-501 industrial platform and to qualified FC-201 fleet customers in the early-access program. For pricing, partnership inquiries, and OEM licensing, visit imatrixsys.com/wayne or contact iMatrix at oem@imatrixsys.com. ### About iMatrix Systems iMatrix Systems, Inc. builds fleet telematics and environmental monitoring hardware, software, and AI for operators who want to own their data. The company's FleetConnect platform spans plug-and-play OBD-II trackers (FC-201), industrial Linux gateways for OEMs (FC-501 and FC-501-SAT Starlink-ready), solar and battery asset trackers (FC-101 series), Neo-1 environmental sensors, and the Telematics Engineering Workbench for OEM CAN-bus and DBC engineering. iMatrix is headquartered in Zephyr Cove, Nevada. Learn more at imatrixsys.com. ### Press Contact **iMatrix Systems Press Desk** +1 (844) 545-1007 press@imatrixsys.com · imatrixsys.com/company/contact --- # iMatrix Brings NIST-Traceable Reefer URL: https://imatrixsys.com/blog/imatrix-brings-nist-traceable-reefer-monitoring-to-fc-201-fc-501-telematics-gateways/ *Combined fleet telematics and environmental monitoring eliminates the second data logger for refrigerated transport — single device in the cab, single NIST-certified sensor in the trailer, single audit-ready record in the cloud.* **ZEPHYR COVE, Nev. — May 7, 2026** — iMatrix Systems, an Industrial Internet of Things (IIoT) technology company, today announced that its FC-201 plug-and-play OBD-II gateway and FC-501 industrial vehicle gateway now integrate directly with NIST-certified NEO temperature and humidity sensors. The combination gives refrigerated transport operators a single in-cab device that captures both vehicle telematics and traceable cargo-temperature data — and produces FSMA-ready reports without the second data logger most fleets carry today. ## One gateway, one sensor, one record Cold-chain fleets typically run two parallel systems: a telematics box on the engine bus for GPS, hours, fault codes, and driver behavior, plus a separate temperature data logger inside the trailer that has to be downloaded, reconciled, and archived for FSMA Section 204 audits. Two devices, two dashboards, two cellular bills, and a manual stitch step every time a load is delivered. With this release, an FC-201 or FC-501 in the cab pairs over Bluetooth Low Energy with a NIST-certified NEO-1 or NEO-1D sensor in the trailer. The gateway forwards engine-bus telemetry, GPS, and trailer temperature and humidity to the iMatrix Cloud through a single cellular link, time-synchronized to the same trip record. ## Built for FSMA traceability Each NEO sensor ships with an individually serialized NIST-traceable certificate of calibration, recalibrated on a documented schedule. iMatrix Cloud automatically generates audit-ready reports per trip or per load that include: - Full temperature and humidity history with timestamps - Excursion alarms and operator acknowledgments - The NEO sensor's NIST certificate of calibration on file - Trailer door events from the optional Sentry-1 wireless door sensor - GPS breadcrumbs from the telematics gateway aligned to the same time series Reports export as PDF or CSV and are retained in iMatrix Cloud for the seven-year window FSMA expects for traceability records. ## Why one device matters "Reefer operators have been carrying two boxes for a decade — one for the truck and one for the trailer. We're not adding a third dashboard. We're combining the two they already pay for. One gateway, one NIST-certified NEO, and the FSMA report writes itself when the load is signed off." — Greg Phillips, CEO, iMatrix Systems ## Availability and pricing The integration is available on all FC-201 and FC-501 gateways shipping today and rolls out to deployed units via over-the-air firmware update at no additional cost. NEO-1 and NEO-1D sensors with NIST certification are available through the iMatrix online store and authorized resellers. See pricing for current bundle options, including the new Cold-Chain Reefer Bundle: one FC-201 or FC-501, one NIST-certified NEO, and an optional Sentry-1 door sensor at a single fleet rate. ## About iMatrix Systems iMatrix Systems is an Industrial Internet of Things (IIoT) solutions provider headquartered in Zephyr Cove, Nevada. The company's FleetConnect™ telematics platform and NEO environmental sensors serve fleet operators, refrigerated transport, food service, healthcare, hydroponics, and critical-infrastructure customers. iMatrix is the only U.S. provider that ships NIST-traceable environmental sensors and CAN-bus telematics from one cloud platform under one cellular subscription. Learn more at imatrixsys.com. **Press contact** iMatrix Systems Press Desk imatrixsys.com/company/contact --- # FleetConnect Platform — Hardware, Systems & URL: https://imatrixsys.com/products/fleetconnect/ Rugged hardware, the DriveGuard / GeoGuard / NavPro / SafeSync software stack, and EdgeUplink global connectivity — engineered to work as one platform, on networks and infrastructure your operation controls. FleetConnect isn't a dashboard with a SIM card. It's the operational backbone for fleets that need to know where every asset is, how it's being driven, and what it's costing — across one truck or ten thousand. Live position on every vehicle, with map-matched breadcrumbs on a 10-second cadence. Dispatch sees the truck moving — not the last ping. Driver-behavior scoring, automatic collision detection, ELD-ready logs, and HVIP / IFTA reporting — built in, not bolted on. CAN-bus diagnostics surface fault codes before they strand a vehicle. Predictive maintenance and idle reporting keep utilization high and fuel low. Same hardware family, same cloud, same OTA path. Add the next 100 vehicles or the next software domain as configuration — not a re-platform. The platform reference hardware. Plus OBD-II, Solar Tracker, Micro Gateway, and sensors — all on the same OTA pipeline. Each system is independently deployable, but they share authentication, telemetry, and the OTA pipeline — so adding the next one is configuration, not an integration project. Driver Behavior Monitoring System (FC-DBMS). Real-time braking, acceleration, cornering, and impact analysis from CAN bus, GPS, and 6-axis accelerometer data. DriveGuard details →Continuous geofencing and 24/7 location intelligence. Circular and polygonal zones, entry/exit alerts, dwell-time reporting — built on combined GPS / Wi-Fi / cellular triangulation. GeoGuard details →Advanced vehicle tracking and routing. Cloud-assisted GPS with <2-second hot start, multi-network connectivity, and adaptive power management for multi-year battery life. NavPro details →Secure OTA device management. Firmware (FOTA) and software (SOTA) updates across gateways, sensors, and the driver app — staged rollouts, signed payloads, rollback protection. SafeSync details →FleetConnect isn't one box, one app, or one SIM — it's a stack designed so the hardware in the vehicle, the software running fleet operations, and the connectivity that ties them together all answer to the same operator. Purpose-built telematics gateways and trackers. Industrial, IP-rated, dual-CAN, multi-GNSS — across three model families covering trailer, light vehicle, and heavy-duty / OEM integration. Four software domains running on FleetConnect hardware. They share the same data model, the same cloud, and the same OTA update path — so a fleet can adopt one and add the rest as needs grow. EdgeUplink programmable eSIMs ship inside FleetConnect hardware — 900+ carriers across 190 countries, GSMA-compliant, swappable network credentials. No carrier lock-in to a regional reseller. Trailer, light vehicle, heavy duty, OEM — same platform, same back end, three hardware shapes for three deployment realities. The flagship industrial telematics gateway. Dual CAN bus, multi-constellation GNSS, BLE sensor bridging, IP67 ruggedization, and optional Starlink (FC-501-SAT) — in one industrial enclosure. View FC-501 →Battery-powered GPS tracker with user-replaceable cells and up to 5-year field life. Built for high-value single assets, dealership lots, and indoor storage. View FC-101 →Solar-powered trailer and asset tracker. 5–7 years zero-maintenance deployment for trailers, containers, and outdoor equipment. View FC-101S →Solar tracker with external I/O for door, temperature, hitched/unhitched detection, and cargo sensors. For refrigerated trailers, secure cargo, and regulated transport. View FC-101S-EX →OBD-II plug-in tracker for light vehicles. Self-installs in under a minute and pulls live engine telemetry, fault codes, and trip data through the vehicle's diagnostic port. View FC-201 →The FC-501 isn't a consumer dongle in an enclosure. It's an IP67-rated, dual-CAN industrial gateway built for trucks, trailers, and OEM programs — the same hardware deployed today across emergency, transit, and heavy-duty fleets. Push firmware, configuration, and CAN bus DBCs to every FleetConnect gateway in the field. Staged rollouts, atomic A/B partitions, automatic rollback on failure. No more garage visits or truck rolls. Every FleetConnect device ships ready for global service — no per-region SIM swap, no carrier reseller in the middle. Programmable, GSMA-compliant eSIMs that hold multiple operator credentials and switch automatically. 4G/5G data on AT&T, Verizon, T-Mobile, and major carriers worldwide. Re-provision OTA — no hardware swap to change networks or markets. EdgeUplink eSIM details →A FleetConnect gateway in a long-haul truck doesn't lose service crossing a national border. A trailer asset shipped to a different region doesn't need to be retrieved and re-SIMed. A fleet's connectivity bill stays inside the iMatrix relationship — not split across regional carrier contracts that take engineering time to manage. **Optional Starlink** is supported on the FC-501-SAT for routes that lose cellular entirely — mining sites, remote agricultural ops, maritime, and disaster response. Per-device hardware pricing, monthly SaaS plans, and a 2-year TCO comparison against the major fleet incumbents — all on one page, no quote required. See Pricing → Talk to Sales --- # iMatrix FleetConnect Hardware — Trackers-ins, Gateways URL: https://imatrixsys.com/products/ FleetConnect Track for trailers and assets, Drive for OBD-II vehicles, and Edge for OEM programs — every device streams securely into one iMatrix Cloud. | Spec | FC-101 | FC-101S | FC-101S-EX | |---|---|---|---| | Dimensions | 83.6 × 62.8 × 32.6 mm | 262 × 88 × 30 mm | 262 × 88 × 30 mm | | Weight | 200 g | 0.53 kg | 0.54 kg | | Housing / IP | PC/ABS · IP66/IP67 | PC · IP67 crush-rated | PC · IP67 crush-rated | | Power | 9,000 mAh LiMnO2 (replaceable) | 1.5W solar + battery | 1.5W solar + battery | | Battery Life | Up to 5 yr (4× daily) | 5–7 years | 5–7 years | | External Power | 3.6–4.5 VDC | — | 6–24 VDC | | GNSS | 72-ch (GPS/GLO/GAL/BDS/QZSS) | Multi-constellation | Multi-constellation | | Accuracy | 2.0 m CEP | Cloud-assisted (2s) | Cloud-assisted (2s) | | Anti-Jamming | Yes (jamming + spoofing) | — | — | | Cellular | LTE Cat-M1 global FDD | Cat-M/NB-IoT + 2G | Cat-M/NB-IoT + 2G | | IMU | 3-axis | 6-axis | 6-axis | | I/O Expansion | 1× GPIO, 1× serial | — | RS-232, 1-Wire, CAN H/L, aux | | Reporting | 4 modes incl. 5-min recovery | Dynamic: 1-min/10-min | Dynamic: 1-min/10-min | | Operating Temp | −20 to 60°C | −20 to 70°C | −20 to 70°C | | Certifications | FCC, IC, CE, PTCRB, UKCA | FCC, IC, CE, PTCRB, RCM | FCC, IC, CE, PTCRB, RCM | | All models include EdgeUplink eSIM — AT&T + T-Mobile + Verizon triple connectivity | See the full pricing breakdown or talk to our team about your specific fleet requirements. See Full Pricing Contact Us --- # FleetConnect Edge (FC-501) — Industrial URL: https://imatrixsys.com/products/fleetconnect/fc-501/ Industrial-grade fleet gateway built for emergency, commercial, and OEM vehicle programs. Dual CAN bus, multi-constellation GNSS, BLE sensor bridging, and optional Starlink — in one ruggedized IP67 enclosure. The capability to connect with Battery Management Systems via dual CAN-BUS interfaces is what sets FC-501 apart — but the global connectivity, ruggedization, and sensor bridging are what keep it deployed. 4G/LTE with 3G/2G fallback — reliable communication in every market iMatrix serves. IP67 enclosure and J1455 compliance. Built for harsh vehicle environments. Two CAN ports. J1939, CANopen, and RAW protocols supported simultaneously. GPS, GLONASS, BeiDou, Galileo, and QZSS — precise positioning everywhere. Bluetooth, Ethernet, plus GPIO and serial for peripheral integrations. 6-axis gyro + accelerometer. Impact detection, tilt, roll, and tamper events. Optional 150 mAh battery assist. Continues reporting through ignition-off and power loss. FC-501-SAT integrates with satellite internet. Uninterrupted service in remote areas where cellular doesn't reach. FC-501 gathers readings from iMatrix wireless sensors via Bluetooth and from your vehicle's built-in sensors via dual CAN bus. It transmits over 4G LTE or Starlink to iMatrix Cloud, which stores and processes your data 24/7. | Device type | Industrial telematics gateway | |---|---| | Cellular | LTE Global Cat-1 (18 bands) · 3G fallback (8 bands) · 2G (quad band) | | Bluetooth | BLE 4.1 | | GNSS | Concurrent GPS / GLONASS / BeiDou / Galileo | | CAN | 2 CAN ports standard — J1939, CANopen, RAW · Serial RS-232 port | | Memory | RAM 128 MB · Flash 128 MB standard (512 MB available) · Secure Boot support | | Dimensions | 5.41 × 2.52 × 1.12 in (137.4 × 63.9 × 28.5 mm) | | Weight | 0.37 lbs (170 g) | | Rating | IP67 · J1455 | | Power Input | 9–32 VDC | | Power (12 V) | Transmit LTE 250 mA · LTE + GNSS 650 mA · Idle 140 mA · Sleep 1.2 mA | | Battery Assist | 150 mAh optional | | Operating temperature | -22°F to 158°F (-30°C to +70°C) | | Safety features | Collision detection · automatic BLE connection · 4G notifications | | Variants | FC-501 · FC-501-SAT (integrated Starlink) | GPS, driver behavior, CAN diagnostics, and predictive maintenance across any commercial fleet. Fleet →OEM vehicle integration with custom CAN signal mapping and edge processing. OEM →Connected infrastructure, signal priority, and managed-lane telemetry. Traffic → --- # FC-201 OBD-II Fleet GPS Tracker — FleetConnect URL: https://imatrixsys.com/products/fleetconnect/fc-201/ The FC-201 is a plug-and-play OBD-II fleet tracker for any 1996-or-newer vehicle. 60-second install — no wiring, no shop visit, no professional installer. GPS, driver scoring, trip replay, and full vehicle diagnostics over LTE with EdgeUplink global eSIM. No wiring, no installer fee, no downtime. Plug the FC-201 into a vehicle's OBD-II port, sign in to iMatrix Cloud, and tracking is live in under two minutes per vehicle. Plug into the OBD-II port. Power and ignition are detected automatically. No tools, no wiring harness, no shop visit. Works in every passenger car, light truck, van, and SUV sold in the US after 1996. Mix-and-match across mixed fleets without per-vehicle configuration. GPS, GLONASS, Galileo, and BeiDou — fast first-fix in cities, parking decks, and canyons. Acceleration, braking, cornering, speed, and idle events scored per driver. Coachable data, not just dots on a map. Live DTC fault codes, odometer reading, battery voltage, fuel level. Maintenance alerts before the warning light hits the dashboard. LTE cellular over 900+ networks in 195 countries. Zones 1 & 2 included on every plan. Entry/exit alerts, ignition events, after-hours use, and unauthorized movement notifications. No contracts. No loaner program. No early-exit fees. The hardware is yours forever — cancel the plan any time. | Device type | Plug-and-play OBD-II fleet GPS tracker | |---|---| | Compatibility | Any 1996-or-newer vehicle with an OBD-II port (cars, light trucks, vans, SUVs) | | Install | ~60 seconds · no tools · no wiring · no shop visit | | Power | Vehicle OBD-II port · ignition-state detection | | Cellular | LTE with global eSIM (EdgeUplink) · Zones 1 & 2 included on every plan | | GNSS | Multi-constellation: GPS · GLONASS · Galileo · BeiDou | | Reporting | Every 30 sec (Track plan) · every 10 sec real-time stream (Command plan) | | Diagnostics | OBD-II / CAN bus · DTC fault codes · odometer · battery voltage · fuel level (Command plan) | | Cloud | iMatrix Cloud — live map, geofences, alerts, trip replay, driver scoring · iOS + Android mobile apps · API + webhooks (Command plan) | | What's included | FC-201 tracker · 30 days of selected plan free · EdgeUplink eSIM pre-activated · iMatrix Cloud account · US-based support | | Hardware MSRP | $53 — one-time, yours forever | HVAC, plumbing, electrical, IT — anyone running passenger vans or pickups. Driver scoring, route planning, and on-time arrival without an installer. Trucking & logistics →Delivery, last-mile, and field-service operations. Dispatch dashboards, geofence alerts, and ETAs that customers can rely on. GPS tracking →Rental, leasing, and small operators who want fleet-grade visibility without a fleet-grade install bill. $53/vehicle and a minute apiece. Public sector →Every FC-201 ships with 30 days of your selected plan free. Recurring monthly billing starts on day 31. Cancel any time — the hardware is yours forever. --- # FC-101 Battery GPS Asset Tracker — FleetConnect URL: https://imatrixsys.com/products/fleetconnect/fc-101/ Battery-powered GPS asset tracker with user-replaceable cells and up to 5-year field life. IP67 weatherproof, multi-GNSS, LTE-M cellular with EdgeUplink global eSIM. Built for high-value single assets, dealership lots, indoor storage — anywhere solar can't reach. Sun-starved storage units, indoor dealership lots, and high-value single assets need GPS visibility too — without the install hassle of wired power or the inflexibility of a fixed battery you can't replace. When the cells eventually run down, swap them yourself in under a minute. No proprietary battery packs. No factory service. Adaptive duty cycle scales reporting frequency to motion and battery state — squeezing 5 years out of a single set of cells under normal use. Sealed against weather, dust, and washdown. Use indoors or outdoors — anywhere within −40°F to 185°F. GPS, GLONASS, Galileo, and BeiDou — fast first-fix anywhere in the world. Low-power cellular over 900+ networks in 195 countries. Zones 1 & 2 included on every plan. Accelerometer-driven reporting. Near-zero power drain when the asset is stationary — full visibility when it moves. Works inside warehouses, parking decks, and metal storage where solar can't function. No contracts. No loaner program. No early-exit fees. The hardware is yours forever — cancel the plan any time. | Device type | Battery-powered GPS asset tracker | |---|---| | Power | User-replaceable batteries · up to 5-year field life · Smart Power adaptive duty cycle | | Cellular | LTE-M with global eSIM (EdgeUplink) · Zones 1 & 2 included on every plan | | GNSS | Multi-constellation: GPS · GLONASS · Galileo · BeiDou | | Environmental | IP67 weatherproof · operating range −40°F to 185°F (−40°C to +85°C) | | Wake-up | Motion detection (near-zero power drain when stationary) | | Reporting | Every 5 min (Locate plan) · every 30 sec (Track plan) | | Cloud | iMatrix Cloud — live map, geofences, alerts, trip replay · iOS + Android mobile apps | | What's included | FC-101 tracker · 30 days of selected plan free · EdgeUplink eSIM pre-activated · iMatrix Cloud account · US-based support | | Hardware MSRP | $64 — one-time, yours forever | Inventory across the lot, indoor showroom, and prep area. No solar exposure required. Geofence the perimeter, alert on movement, recover stolen units. Asset tracking →Generators, tool boxes, portable equipment. When one unit is worth $20K+, $64 of GPS pays for itself the first time something goes missing. GPS tracking →Warehouses, parking decks, shipping containers, equipment lockers. Anywhere a solar tracker would starve. Construction →Every FC-101 ships with 30 days of your selected plan free. Recurring monthly billing starts on day 31. Cancel any time — the hardware is yours forever. --- # FC-101S Solar GPS Asset Tracker — FleetConnect URL: https://imatrixsys.com/products/fleetconnect/fc-101s/ The FC-101S is a solar-powered GPS asset tracker built for permanent outdoor placement. IP67 weatherproof, 5–7 year zero-maintenance field life, multi-GNSS, LTE-M cellular. Mount it on a trailer, intermodal container, or piece of yellow iron and forget about it — the integrated solar panel keeps the battery topped off year-round. Trailers, containers, and off-grid equipment sit unpowered for weeks or months at a time. The FC-101S's integrated solar panel and LTE-M radio mean a single install lasts the life of the asset. Integrated solar panel + rechargeable battery. Keeps reporting through cloudy weeks, polar winters, and dusty yards. Sealed against weather, dust, and pressure-washing. Operating range −40°F to 185°F. GPS, GLONASS, Galileo, and BeiDou — fast first-fix anywhere in the world. Low-power cellular over 900+ networks in 195 countries. Zones 1 & 2 included on every plan. No batteries to swap, no scheduled service. Install once and let it run for the life of the asset. Industrial adhesive backing or M5 bolt holes. Designed to resist removal and recovery attempts. Accelerometer-driven reporting. Zero power drain when the asset is stationary — full visibility when it moves. No contracts. No loaner program. No early-exit fees. The hardware is yours forever — cancel the plan any time. | Device type | Solar-powered GPS asset tracker | |---|---| | Power | Integrated solar panel + rechargeable battery · 5–7 year field life | | Cellular | LTE-M with global eSIM (EdgeUplink) · Zones 1 & 2 included on every plan | | GNSS | Multi-constellation: GPS · GLONASS · Galileo · BeiDou | | Environmental | IP67 weatherproof · operating range −40°F to 185°F (−40°C to +85°C) | | Mounting | Industrial adhesive backing · M5 bolt-hole pattern · tamper-resistant | | Wake-up | Motion detection (zero power drain when stationary) | | Reporting | Every 5 min (Locate plan) · every 30 sec (Track plan) | | Cloud | iMatrix Cloud — live map, geofences, alerts, trip replay · iOS + Android mobile apps | | What's included | FC-101S tracker · 30 days of selected plan free · EdgeUplink eSIM pre-activated · iMatrix Cloud account · US-based support | | Hardware MSRP | $165 — one-time, yours forever | Permanent install on unpowered trailers. Geofence the yard, alert on movement, recover stolen units. Years of visibility without ever changing a battery. Trucking & logistics →Track containers across ports, rail yards, and depots. Multi-constellation GNSS plus global LTE-M means a fix in seconds anywhere in the world. Asset tracking →Generators, compressors, light towers, idle excavators. Anything that sits between jobsites without grid power — but you still need to know where it is. Construction →Every FC-101S ships with 30 days of your selected plan free. Recurring monthly billing starts on day 31. Cancel any time — the hardware is yours forever. --- # FC-101S-EX Solar GPS Tracker with I/O — FleetConnect URL: https://imatrixsys.com/products/fleetconnect/fc-101s-ex/ Everything the FC-101S Solar offers — IP67, 5–7 year field life, multi-GNSS, LTE-M — plus an external I/O harness for door open/close, temperature, hitched/unhitched detection, and cargo sensors. Built for refrigerated trailers, secure cargo, and regulated transport. Tracking is only half the story for refrigerated, regulated, or high-value loads. The FC-101S-EX adds the I/O surface area to monitor what's inside the trailer, whether the doors are open, whether it's still hitched, and whether the reefer is doing its job. Door open/close inputs, temperature probes, analog and digital sensor inputs. Wire it to whatever the cargo demands. Tractor power-line input distinguishes "trailer in transit" from "trailer parked unattended." Theft, dwell-time, and driver-handoff alerts that actually work. Temperature probes feed live and historical cargo-temperature data to iMatrix Cloud — pair with NIST-certified sensors for FSMA-ready reefer reports. Integrated solar panel + rechargeable battery. 5–7 year zero-maintenance field life — same as the FC-101S. Sealed against weather, dust, and pressure-washing. Operating range −40°F to 185°F. GPS, GLONASS, Galileo, BeiDou — fast first-fix anywhere in the world. Low-power cellular over 900+ networks in 195 countries. Zones 1 & 2 included on every plan. No contracts. No loaner program. No early-exit fees. The hardware is yours forever — cancel the plan any time. | Device type | Solar-powered GPS asset tracker with external I/O | |---|---| | External I/O | Door open/close digital input · temperature probe input · hitched/unhitched (tractor power) detection · analog & digital sensor inputs | | Power | Integrated solar panel + rechargeable battery · 5–7 year field life | | Cellular | LTE-M with global eSIM (EdgeUplink) · Zones 1 & 2 included on every plan | | GNSS | Multi-constellation: GPS · GLONASS · Galileo · BeiDou | | Environmental | IP67 weatherproof · operating range −40°F to 185°F (−40°C to +85°C) | | Mounting | Industrial adhesive backing · M5 bolt-hole pattern · tamper-resistant | | Wake-up | Motion detection (zero power drain when stationary) | | Reporting | Every 5 min (Locate plan) · every 30 sec (Track plan) | | Cloud | iMatrix Cloud — live map, geofences, alerts, trip replay, sensor & door data · iOS + Android mobile apps | | What's included | FC-101S-EX tracker · external I/O harness · 30 days of selected plan free · EdgeUplink eSIM pre-activated · iMatrix Cloud account · US-based support | | Hardware MSRP | $197 — one-time, yours forever | Pair with a NIST-certified temperature probe for FSMA-ready reefer reports. Live cargo-temperature visibility plus reefer-on / reefer-off alerts. Refrigerated transport →Door open/close inputs + hitched/unhitched detection mean you know the moment a sealed trailer is breached, anywhere in transit. Cold chain →Pharma, foodservice, and high-value goods that demand chain-of-custody and temperature traceability. One device, one device, one report. In-transit temperature →Every FC-101S-EX ships with 30 days of your selected plan free. Recurring monthly billing starts on day 31. Cancel any time — the hardware is yours forever. --- # Wayne AI — The most experienced person in the URL: https://imatrixsys.com/wayne/ Wayne AI reads every signal, every powertrain, every asset across your fleet. Asks questions in plain English. Answers in plain answers. No buzzwords. No hype. The answer in the first sentence. You find out when the driver calls in. The route's already late, the customer's already calling, and the asset is already stranded. Manual data pulls. Spreadsheets stitched together by hand. One typo and the whole filing comes back. Hours that should be operations work. Diesel, BEV, hybrid — every fleet runs them all, and no one platform ties them together. Three dashboards, three logins, three answers. Plain-English Q&A across a real, deployed fleet. Wayne reasons over live signals, fault histories, charge schedules, and route assignments — and answers like the most experienced person in the yard. Most AI platforms only work on one. Wayne works on all of them — across the fleet you have today and the fleet you'll have tomorrow. Wayne sits over the top of the iMatrix Telematics Engineering toolchain and the FleetConnect hardware portfolio. Conversational over diagnostic over physical — all owned by one operator, one cloud, one OTA pipeline. Conversational, diagnostic, predictive. Plain-English Q&A. DTC reasoning. Fleet-wide fitness scoring. See sample Q&A →OEM-grade dev tools in one workspace. DBC editor · trace decoder · signal timeline · J1939 / DTC reference · Product JSON builder · full Swagger API. Wayne's source of truth. Open the Workbench →Gateway portfolio. 4G / 5G / SAT, Wi-Fi, Ethernet, Dual CAN, GPS, BLE, OBD-II, Solar/Battery. FleetConnect →Across **Class 3 through Class 8**. Cab-and-chassis, box, refrig, tow, sweeper, garbage, dump, cement, semi. Wayne ships on board. No add-ons. No retrofits. No firmware loads. Las Vegas Convention Center · May 4–6, 2026. Ask for a Wayne AI walkthrough — plain-English Q&A across a real, deployed mixed-powertrain fleet. Book a Booth Walkthrough → FleetConnect Platform → --- # DriveGuard — Driver Behavior Monitoring System URL: https://imatrixsys.com/products/driveguard/ The Driver Behavior Monitoring System (FC-DBMS) enhances vehicle safety and efficiency by monitoring and analyzing driver behavior. DriveGuard collects and processes data from a variety of sources, including the vehicle's CAN bus, Wi-Fi, cellular networks, GPS, and a 6-axis accelerometer — enabling real-time analysis of driving behavior, with both instant alerts and comprehensive reports. Identifies sudden braking events and alerts fleet managers to potential safety issues. Monitors instances of sudden acceleration — helps identify risky driving habits. Continuously tracks vehicle speed against customizable limits. Every event is recorded for reporting. Monitors impact events via the 6-axis IMU. Configurable sensitivity, real-time notifications. Detects signs of driver fatigue and issues timely alerts to prevent accidents. (Optional add-on.) Generates comprehensive reports on driver behavior for performance review and training. DriveGuard is a software module activated inside iMatrix Cloud — it rides the same FleetConnect telematics hardware your fleet already uses. Industrial heavy-duty gateway with dual CAN bus (J1939 / CANopen), 4G LTE, Wi-Fi, Bluetooth, and multi-constellation GNSS — the right fit for driver-behavior monitoring across commercial fleets. FC-501 →OBD-II plug-in tracker for cars and light trucks. 60-second install. BLE 5.0 sensor hub included. FC-201 →Solar-powered trailer and asset tracker. 5–7 years maintenance-free deployment for trailers, containers, and unpowered equipment. FC-101 →Tell us fleet size, vehicle mix, and any vendor systems DriveGuard needs to integrate with — we'll scope a rollout. Contact Fleet Sales → --- # GeoGuard — Advanced Geofencing & Always-On URL: https://imatrixsys.com/products/geoguard/ GeoGuard is a state-of-the-art geofencing solution designed to revolutionize how businesses monitor and manage their fleets. By combining continuous geofencing, vehicle monitoring, always-on tracking, and 24/7 location insights, GeoGuard provides unparalleled control and visibility for your operations. At its core, GeoGuard defines virtual boundaries that enable real-time tracking and monitoring of vehicles or assets — with comprehensive reporting and integration of GPS, Wi-Fi, and cellular data. Defined by a central point and radius — ideal for simple applications like monitoring entry and exit from a location. Complex custom shapes tailored for specific areas, such as buildings, parks, or entire neighborhoods. Tracks adherence to planned routes with configurable lateral tolerances. Alert on deviation. When a device crosses a geofence boundary, GeoGuard fires predefined actions — notifications, webhooks, and logging. Position + event state stream to iMatrix Cloud with sub-10-second latency for live dispatch views. Every geofence event is retained — play back routes, stops, and deviations for any trip. Yards, depots, customer sites, regulatory zones — define any boundary, get entry/exit events, dwell time, and on-zone telemetry. Layer hundreds of zones on one map. GeoGuard is a software module activated inside iMatrix Cloud — it rides the same FleetConnect telematics hardware your fleet already uses. Industrial gateway with dual CAN bus (J1939 / CANopen), 4G LTE, Wi-Fi, Bluetooth, and multi-constellation GNSS. FC-501 →OBD-II plug-in tracker for cars and light trucks. 60-second install. BLE 5.0 sensor hub included. FC-201 →Solar-powered trailer and asset tracker. 5–7 years maintenance-free deployment for trailers, containers, and unpowered equipment. FC-101 →Tell us fleet size, vehicle mix, and any vendor systems GeoGuard needs to integrate with — we'll scope a rollout. Contact Fleet Sales → --- # NavPro — Advanced Vehicle Tracking & Routing URL: https://imatrixsys.com/products/navpro/ Precise vehicle tracking is a cornerstone for industries that rely on flawless coordination to maintain productivity and safety. NavPro integrates advanced hardware and intelligent software to provide real-time tracking — keeping your fleet connected and optimized around the clock. Rapid location acquisition, multi-network connectivity, and adaptive power management guarantee reliability and efficiency in even the most challenging conditions. Cloud-assisted GPS with hot start in a few seconds. Get a lock even in covered areas. 4G LTE primary, Wi-Fi secondary, 2G fallback — the device chooses the best available path. Motion-based wake, sleep when idle. Battery-powered variants deliver multi-year life. GPS + GLONASS + Galileo + BeiDou + QZSS. Accurate positioning in urban canyons and covered yards. Per-vehicle trip history with distance, speed, route playback, and stop dwell — replay any trip down to the second. Push arrival estimates to customers and back-office systems in real time. NavPro is a software module activated inside iMatrix Cloud — it rides the same FleetConnect telematics hardware your fleet already uses. Industrial gateway with dual CAN bus (J1939 / CANopen), 4G LTE, Wi-Fi, Bluetooth, and multi-constellation GNSS. FC-501 →OBD-II plug-in tracker for cars and light trucks. 60-second install. BLE 5.0 sensor hub included. FC-201 →Solar-powered trailer and asset tracker. 5–7 years maintenance-free deployment for trailers, containers, and unpowered equipment. FC-101 →Tell us fleet size, vehicle mix, and any vendor systems NavPro needs to integrate with — we'll scope a rollout. Contact Fleet Sales → --- # SafeSync — OTA Device Management URL: https://imatrixsys.com/products/safesync/ SafeSync is iMatrix's secure over-the-air (OTA) device-management platform. It delivers firmware-over-the-air (FOTA) and software-over-the-air (SOTA) updates across your entire connected fleet — from FleetConnect telematics gateways to Neo-series sensors and the driver app in every cab. Deploy new features, patch vulnerabilities, and sync driver-app state without truck rolls or physical intervention. **SafeSync also runs on end-customer and OEM hardware** — license the same OTA backbone for your own connected products. Push signed firmware images to deployed hardware — FleetConnect, Micro Gateway, and Neo sensors. Staged rollouts and rollback protection built in. Update application-layer configuration, rulesets, and the driver-facing mobile app without reinstallation. Jobs, proofs of delivery, photos, signatures, and two-way dispatch messaging sync in real time. All updates signed and delivered over TLS. No firmware reaches a device that can't prove authorship. Roll out to a cohort of vehicles first, monitor for regressions, then promote to the full fleet. Every update attempt, success, and failure is logged per device — for compliance and post-mortem debugging. SafeSync isn't limited to iMatrix hardware. License the same OTA backbone to deliver secure, signed firmware and software updates to **your own connected products** — at any scale, under your brand. SafeSync is a software module activated inside iMatrix Cloud — it rides the same FleetConnect telematics hardware your fleet already uses. Industrial gateway with dual CAN bus (J1939 / CANopen), 4G LTE, Wi-Fi, Bluetooth, and multi-constellation GNSS. FC-501 →OBD-II plug-in tracker for cars and light trucks. 60-second install. BLE 5.0 sensor hub included. FC-201 →Solar-powered trailer and asset tracker. 5–7 years maintenance-free deployment for trailers, containers, and unpowered equipment. FC-101 →Tell us fleet size, vehicle mix, and any vendor systems SafeSync needs to integrate with — we'll scope a rollout. Contact Fleet Sales → --- # Battery Intelligence — Know every cell. Predict URL: https://imatrixsys.com/products/battery-intelligence/ Edge AI on every vehicle. Machine learning across every fleet. A single health score, predictive alerts, and remaining-life forecasts — for every pack you operate. Every cell, sampled continuously. Thermal events caught locally — no cloud round-trip. Safety stays on the pack, not in the network path. Continuously retrained on every event, every mile. Every vehicle teaches every other vehicle — models that get smarter the more pack-data the fleet generates. A single pack-health score. Predictive alerts days to weeks ahead. Remaining-useful-life forecasts to the month — replace failures-in-the-field with planned maintenance. A single pack-health score. Predictive alerts days to weeks ahead. RUL forecasts to the month. Catch cell-level issues 7–21 days ahead. Replace failures-in-the-field with planned maintenance. Extend pack life past contract assumptions. On-vehicle AI responds to thermal events in milliseconds. No cloud round-trip. No connectivity dependency. Safety stays on the pack — even in tunnels and dead zones. Every vehicle's data improves every other vehicle. Continuous retraining. Models that get smarter every mile across the fleet — and across deployments. "Any battery health concerns across the BEV fleet?" — Wayne pulls every pack score, every recent thermal event, every kWh/mi outlier, and answers in one sentence. --- # EdgeUplink eSIM — Global IoT Connectivity URL: https://imatrixsys.com/products/edgeuplink-esim/ A programmable, GSMA-compliant eSIM with triple-carrier US LTE and 900+ networks across 190 countries — pre-activated on every iMatrix device, and now spinning out as its own brand for IoT developers and OEMs. EdgeUplink is a remotely programmable, GSMA-compliant eSIM that holds multiple operator credentials and switches automatically. It runs on triple-carrier US LTE (AT&T, Verizon, T-Mobile) and 900+ networks across 190 countries, with 4G/5G high-speed data and pre-activation out of the box. Radios are supported on Qualcomm, Intel, and MediaTek modems — meaning it drops into the chipsets IoT product teams already build around. EdgeUplink isn't a telematics-only feature. It's the connectivity layer underneath the entire iMatrix platform: it ships pre-activated inside FleetConnect telematics gateways, the Neo-1 environmental sensor family, and the Communication Gateways that link them. The same eSIM that streams a tractor's CAN bus to iMatrix Cloud also moves cold-chain temperature readings out of a refrigerated trailer. That's why EdgeUplink sits in the **Platform** column of the navigation — alongside FleetConnect, Wayne AI, and Battery Intelligence — not buried under one product line. EdgeUplink is being positioned as a standalone IoT eSIM service for developers, OEMs, and system integrators who need global cellular IoT connectivity without bundling iMatrix hardware. Think of it as the iMatrix-grade connectivity platform with its own go-to-market — competing in the same space as Soracom, 1NCE, and EMnify, but with the multi-carrier provisioning and network depth iMatrix has used internally for years. The full standalone site, plan catalog, and developer documentation are launching at **edgeuplink.com**. --- # iMatrix Smart Monitoring — Environmental Sensors, Gateways URL: https://imatrixsys.com/environmental/ The iMatrix Smart Monitoring Platform maintains optimal conditions in greenhouses, refrigeration, pharmaceuticals, and cold-chain logistics. State-of-the-art BLE sensors combined with advanced communication gateways — real-time environmental monitoring and seamless data transfer to the cloud. Wireless temperature and humidity sensor for climate-sensitive environments. 24/7 monitoring, real-time alerts, logs, and reports. View sensor →Wirelessly monitors temperature, humidity, VPD, heat index, and dew point. Measurements shown directly on e-ink display. View sensor →Wireless door/window sensor for climate-sensitive environments where refrigeration doors left ajar cause significant inventory loss. View sensor →Enables remote monitoring and control of your BLE sensors from anywhere in the world. Bridges BLE sensors to cellular. View gateway →Seamless interaction between iMatrix wireless humidity, temperature, air-quality, and CO₂ sensors, powerful gateways that operate over Wi-Fi or mobile networks, and the proprietary robust cloud that stores and processes your data 24/7. HACCP logs and automated alerts for walk-in coolers, freezers, and produce warehousing. In-transit temperature and humidity on reefer trailers — lives on the fleet-telematics side. VFC-compliant vaccine and medication storage with CDC-accepted audit trails. Multi-zone monitoring for greenhouses, livestock, apiaries, and controlled-environment growing. Request a quote tailored to your sensor count, gateway placement, and NIST calibration needs. Request Quote → --- # Sensor Products — iMatrix Environmental Monitoring URL: https://imatrixsys.com/environmental/products/ Wireless BLE sensors, gateways, and add-ons for temperature, humidity, probe, and door monitoring. Every Neo sensor is available in a standard or NIST-traceable variant. Filter by family. Every product links to its detail page with specifications, use cases, and ordering. Entry-level wireless sensor. Temperature, humidity, heat index, dew point, VPD. 3+ year battery. BLE 5.2. Adds e-ink display showing readings in situ. Same 5-parameter sensing as Neo-1 plus on-device visibility. 39-inch cable with 2.75-inch stainless steel probe. -40°C to 100°C. Submersible probe, body stays dry. Probe plus ambient humidity. Cold chambers where you need both cargo-core temperature and air conditions. Ruggedized housing for manufacturing, process control, and harsh industrial environments. Every NIST-variant ships with an ISO 17025-traceable calibration certificate covering its operating range. Multi-point, signed, and archived in iMatrix Cloud. Standard Neo-1 plus NIST-traceable calibration. For vaccine storage, labs, and regulated food applications. Display variant with NIST-traceable certification. Ideal for labs and pharmacies wanting on-device readout plus compliance. Submersible probe sensor with NIST calibration. For freezer cores, blood banks, and FDA-audited cold storage. Dual probe + humidity + display + NIST. The flagship regulatory-compliant variant for critical cold chambers. USB dongle. 802.11 a/b/g/n Wi-Fi + Bluetooth 5.0. Auto-connects to iMatrix sensors and pushes data to the cloud. Wireless magnetic door/window sensor. Tamper switch, 13-month battery. Stops walk-in doors left ajar. Cellular backhaul for remote sites without reliable Wi-Fi. Pair with Neo sensors for facilities off the grid. Scales to hundreds of sensors on the iMatrix Massive Mesh. Warehouses, campuses, and multi-site deployments. All iMatrix Bluetooth sensors in one catalog view: Neo, Sentry, and specialty probes. Side-by-side comparison matrix across the entire Neo family. Find the right variant for your environment. Pre-configured combinations for walk-in coolers, vaccine refrigerators, greenhouses, and multi-zone facilities. Includes sensor(s), Micro Gateway, and setup support. Browse Bundles → --- # Communication Gateways URL: https://imatrixsys.com/environmental/products/communication-gateways/ iMatrix Communication Gateways connect BLE sensors within the iMatrix ecosystem to the cloud for efficient and reliable data management. Robust remote control, monitoring, configuration, and analysis across the entire iMatrix product family. Indoor facilities with Wi-Fi coverage. Simple to deploy, scale-as-you-go. Greenhouses · cold chain logistics · pharmaceuticals · laboratories · warehouses · regulated facilities · vehicle fleets. Browse Use Cases → --- # How It Works — iMatrix Environmental Monitoring URL: https://imatrixsys.com/environmental/how-it-works/ Three components, one continuous data stream. Every iMatrix environmental deployment works the same way — whether you're monitoring one vaccine fridge or a 50,000-square-foot warehouse. Neo sensor measures temperature, humidity, probe readings, VPD, or door state. BLE 5.2 radio. 3+ year battery. Stores 6 months on-device if the gateway is offline. Browse sensors →Micro Gateway (USB dongle) or Series-1 WiFi Mesh receives sensor broadcasts over BLE and relays them over Wi-Fi or cellular to iMatrix Cloud. Gateways →iMatrix Cloud stores every reading, evaluates alert rules, and delivers live dashboards to web and mobile apps. Exports audit-ready PDFs for HACCP, FSMA, and CDC compliance. Cloud Login →Battery is still fine (3+ years typical). Firmware has updated via OTA several times without intervention. The sensor has stored and transmitted millions of readings. Your annual recalibration reminder fires for NIST variants. You export a signed PDF for the FDA inspector and they sign off in 20 minutes instead of 2 hours. **Wi-Fi outage?** Sensor keeps logging to on-device storage. When the gateway reconnects, readings backfill automatically. **Sensor battery drained?** You get a low-battery alert weeks before it dies. Swap the battery, recalibrate if NIST, continue monitoring. **Gateway lost?** Replace it from the catalog. Sensors auto-pair with any authorized gateway — no manual re-provisioning. --- # NIST Certification — iMatrix Environmental Sensors URL: https://imatrixsys.com/environmental/nist/ For pharmaceuticals, food & beverage manufacturing, and biotechnology, precise monitoring of temperature and humidity is critical for safety and compliance. iMatrix addresses these needs with NIST-certified sensors across the Neo family — plus recertification services for the life of the device. NIST Traceable Certification demonstrates the accuracy and reliability of measurement tools. iMatrix wireless sensors are certified to comply with standards from the National Institute of Standards and Technology (NIST), ensuring their calibration is traceable to the International System of Units (SI). We achieve this by partnering with ISO 17025-accredited labs and maintaining compliance with ISO 9000 quality standards. Every NIST-variant sensor ships with a signed calibration certificate, archived in iMatrix Cloud for the life of the device. Multi-point verification across the operating range — not a single midpoint check. Each sensor is individually tested and certified before it ships. Each sensor verified at 3+ temperature points across its operating range. Calibration performed by accredited labs traceable to NIST national standards. Comprehensive documentation archived in iMatrix Cloud — accessible for audits. Each calibration certificate is comprehensive, including: Request a replacement NIST calibration certificate for any iMatrix sensor in your account. Request Certificate → --- # Use Cases — iMatrix Environmental Monitoring URL: https://imatrixsys.com/environmental/use-cases/ Wherever temperature, humidity, or door-state matters, iMatrix Neo sensors deploy. Browse real-world environments — from walk-in coolers to museum archives to beehives. HACCP-ready temperature logs, ambient humidity for produce, and door-event tracking for walk-ins. Walk-in cooler and freezer monitoring with HACCP logs and automated alerts before inventory loss. Read case →Keeping cooked and raw food within TCS (temperature-control-safety) bands during commercial storage. Read case →55°F / 70% RH rooms, barrels, and cellars. Neo-1D is the mainstay for ambient + humidity control. Read case →Tight humidity bands around 70% RH. Neo-1D's e-ink display makes spot checks trivial. Read case →Neo-1P and Micro Gateway for temperature tracking during field dressing and processing. Read case →NIST-traceable records that FDA, USDA, and CDC auditors will accept without further litigation. CDC-compliant temperature records for VFC, LTCF, and clinic pharmacy coolers. Neo-1D NIST variant. Read case →Probe-based temperature monitoring for plasma, whole blood, and tissue freezers with NIST audit trails. Read case →Reagent fridges, -80°C freezers, and incubators with multi-point calibration records. Read case →GDP (Good Distribution Practice) temperature mapping and continuous monitoring. Read case →Medication fridges, room conditions, and Sentry-1 safety alerts for assisted living. Read case →Critical environments where thermal or humidity excursions mean hardware failure or asset loss. Rack-level temperature and humidity tracking. ASHRAE-range alerts before thermal events escalate. Read case →Monitor air handler output, zone temperatures, and humidity — validate HVAC performance continuously. Read case →Commissioning phase monitoring to validate HVAC, envelope, and building performance targets. Read case →Conservation-grade monitoring for paper, textiles, paintings, and rare collections. Read case →Production environments and controlled-growing applications where conditions drive yield and quality. Temperature-critical process monitoring — product quality depends on tight thermal bands. Read case →Multi-zone temperature, humidity, VPD, and soil-probe logging for growers and cannabis operations. Read case →Hive health monitoring. A Neo sensor deep in a Flow Hive once detected the death of the queen. Read case →Cabin temperature alerts for pets in RVs — catches AC failures before they become lethal. Read case →Reefer trailer temperature and FSMA-for-transport records combine Neo sensors with FleetConnect telematics. Different neighborhood, same sensors. Fleet Cold Chain → --- # Environmental Pricing & Quotes URL: https://imatrixsys.com/environmental/pricing/ À la carte sensor pricing, pre-configured bundle discounts, and custom quotes for multi-site deployments. No subscription — iMatrix Cloud is included with every device. | Product | Standard | NIST Variant | Ideal for | |---|---|---|---| | NEO-1 — Temperature + Humidity | $24.99 | $84.99 | Entry-level air monitoring, single sites | | NEO-1D — Display variant | $59.00 | $119.00 | Staff-facing readouts, pharmacies, wine cellars | | NEO-1P — External probe | $49.00 | $109.00 | Freezer cores, liquid immersion, aquaculture | | NEO-1DP — Display + probe + humidity | $49.99 | $109.99 | Flagship regulated monitoring | | NEO-IND — Industrial (IP68 / IK09) | $49.00 | — | Harsh environments, shipments with impact logging | | Sentry-1 — Door / window | $29.00 | — | Cold-room doors, caregiver tracking | | Micro Gateway — USB dongle | $59.99 | — | Up to ~50 sensors per gateway; single-site | | Series-1 WiFi Mesh Gateway | Contact | — | Hundreds of sensors across multi-site operations | NIST variants include multi-point ISO 17025-traceable calibration certificates. Annual recalibration service: $49/sensor. Volume discounts start at 10 units — contact for a quote. Six starter kits for common deployments: restaurants, pharmacies, wine cellars, greenhouses, labs, and elderly care. Includes sensors + Micro Gateway + setup support. 10+ sensors, NIST-calibrated fleets, multi-location rollouts, or OEM quantities — our team will build a quote that includes hardware, NIST certification, deployment services, and a support plan. Request Custom Quote →FleetConnect telematics pricing for reefer trailers, delivery vans, and in-transit cold chain lives on the fleet-telematics side. Fleet Pricing → --- # iMatrix Telematics Engineering — OEM-grade URL: https://imatrixsys.com/engineering/ The dev toolchain underneath Wayne AI and FleetConnect — the same one our team uses to integrate diesel, BEV, hydrogen, and hybrid powertrains. AI-assisted DBC generation, full SAE J1939 decode, automated trace analysis, 100K+ DTC reference, product composition, and a full REST API. Every tool is callable from the REST API. Every artifact — DBC, trace, product, signal — is versioned and addressable. The same workbench Wayne reasons over. AI-assisted DBC generation, editing, and validation. Multi-source merge, conflict resolution, bit-level signal packing diagrams. DBC Tools →Full SAE J1939 library built in. Multipack BAM/CTS decode, DM1/DM2/DM4 active faults, engine-grade signal interpretation. J1939 Library →Drop a trace file. Get decoded signals, timeline plots, and statistical + ML anomaly flags — automatically. Trace + Timeline →100K+ DTC definitions across 40+ manufacturers. Generic + manufacturer-specific. AI lookup in one click. DTC Reference →Compose products from CAN signals, DTCs, and OEM PIDs. JSON product definitions, versioned, validated, QA configs per device. Product Builder →Full REST API. Every artifact in the workbench is API-accessible — including `POST /wayne/ask` for conversational reasoning. Authentication, pagination, and webhooks documented in the full API reference. # Compose a product from signals + DTCs POST /products GET /products/{id}/things # Decode a trace file with applied DBCs GET /traces/{id}/decode # Look up any fault code across 40+ manufacturers GET /dtc/lookup?code=P0420 # Read every signal off a deployed device GET /things/{id}/signals # Ask Wayne in plain English POST /wayne/ask If you're an OEM integrating telematics into a vehicle program, or a fleet engineering team that needs to own its CAN integration end-to-end — talk to us. Talk to Engineering → --- # DBC Tools — Decode any CAN bus — iMatrix Engineering URL: https://imatrixsys.com/engineering/dbc/ Messages, signals, bit layout, and validation — with AI-assisted DBC generation, editing, and review across every vendor file you'll ever inherit. Resolve conflicts across vendor files. Merge OEM, supplier, and tier-1 DBCs into one canonical decode set. Diff each conflict and pick a winner — the merge is fully versioned. Visual byte-and-bit layout for every message. See exactly where each signal sits in the 64-bit payload, big-endian or little-endian, signed or unsigned — no more guessing. Apply DBCs to running CAN traffic. Watch raw frames resolve into named signals, units, and engineering values in real time — at the edge or in the cloud. Diff signal definitions over time. Catch silent revisions when a supplier updates a DBC file — and route the affected signals to whoever needs to know. Drop a trace file or a vendor DBC into Trace Analysis — the AI assistant reads it and proposes a decode in under a minute. --- # J1939 SAE Library — Every PGN. Every — iMatrix Engineering URL: https://imatrixsys.com/engineering/j1939/ The full SAE J1939 library — built in. AI-decode of multipack messages, DM1/DM2/DM4 active faults, and engine-grade signal interpretation across every commercial vehicle protocol. Every commercial vehicle protocol covered. No DBC authoring required for the SAE-defined surface. Every parameter group and signal in the J1939 standard, name-resolved. Coolant, fuel, oil, intercooler, ECU, transmission, ABS, retarder — already decoded. Multi-frame messages reassembled at the edge. No truncation. No partial decodes. Long DM messages and broadcasts arrive intact. Active diagnostic trouble codes (DM1), previously active (DM2), and freeze-frame data on intermittent faults (DM4) — interpreted into actionable events. Failure Mode Identifiers translated to plain-language failure types. "FMI 5 — current below normal" instead of "0x05". Manufacturer-specific PGNs layered on top of the SAE library — Cummins, Detroit Diesel, Volvo, PACCAR, and more — without breaking the canonical decode. Every decoded signal flows directly into Wayne AI's reasoning context. Ask in plain English; get answers grounded in the J1939 wire data. --- # DTC Reference — Every fault code. — iMatrix Engineering URL: https://imatrixsys.com/engineering/dtc/ Generic + manufacturer-specific definitions for powertrain, body, chassis, and network codes — with AI lookup across thousands of OEM sources. Generic + manufacturer-specific definitions for every domain a vehicle's diagnostic system reports against. Engine, transmission, fuel, ignition, emissions. Diesel, gas, EV, and hybrid systems — including OEM-extended P-codes for commercial and emerging powertrains. HVAC, lighting, airbags, body controllers, comfort and convenience systems. Generic OBD-II body codes plus manufacturer-specific extensions. ABS, traction control, suspension, steering, brake systems. Heavy-vehicle chassis codes from J1939 alongside light-vehicle OBD-II. CAN bus, LIN, ECU communication faults. Lost-communication, missing-message, and bus-off events that point to wiring or controller failures. Across thousands of OEM sources — generic OBD-II, manufacturer-specific, and J1939 SPN/FMI — resolved into one result. Any P / B / C / U code, or a J1939 SPN / FMI pair. From a console, an API call, or a Wayne question. The lookup spans generic OBD-II definitions and the manufacturer-specific surface for 40+ OEMs in a single pass. Definition + domain + the most likely manufacturer interpretation, delivered in one click. Every fault Wayne surfaces in plain English is grounded in the same 100K+ DTC reference. No hallucinated diagnoses. No best-guess interpretations. --- # Solutions — iMatrix Fleet Telematics URL: https://imatrixsys.com/solutions/ Pick the problem. iMatrix provides the stack — hardware, connectivity, and software — that solves it end to end. No multi-vendor integration projects. One cloud, one dashboard, one invoice. Where fleet telematics and environmental monitoring converge. Reefer temperature, humidity, door events, and GPS on the same timeline — with FSMA-ready audit trails. Neo sensors aggregated by the FC-201 or FC-501 already in the cab. Explore →Continuous reefer-core monitoring with alerts before cargo spoils. Explore →Sentry-1 door events + Neo-1P probe + FleetConnect GPS on one timeline. Explore →21 CFR 1.908 Sanitary Transport documentation built into the cloud exports. Explore →Wayne AI-powered J1939/DBC signal mapping. Generate production-ready CAN databases 340× faster. FleetConnect Edge (FC-500) in your vehicles under your brand. SDK to production in weeks. EdgeUplink eSIM — 190 countries, 900+ carriers, one chip. For IoT device makers shipping worldwide. 10-second live location, geofences, trip history, and alerts across every vehicle. Explore →Hard-brake, speeding, and cornering alerts with per-driver scoring and in-cab feedback. Explore →AI-powered dashcams for incident review, driver exoneration, and coaching. Explore →Dynamic routing, multi-stop optimization, and customer ETA broadcasting. Explore →Idle-time alerts, fuel-burn analytics, and driver-behavior coaching to cut fuel spend. Explore →State-of-charge monitoring, charging-station integration, and HVIP-eligible vehicle tracking. Explore →CAN-bus fault codes, engine-hour thresholds, and service schedules — catch failures first. Explore →Battery-powered GPS on trailers, containers, and heavy equipment. 2G fallback. Explore →Pricing starts at $7.99/mo per device on the Locate plan. You own the hardware from day one. See Pricing → --- # Industries — iMatrix Fleet Telematics URL: https://imatrixsys.com/industries/ Ten industries run fleets differently. The underlying iMatrix hardware and cloud platform are shared — what changes is the solution stack, the compliance focus, and the alert policy. OTR carriers, regional fleets, and LTL operators. IFTA, driver safety, and fuel management. Explore →Parcel, food, and e-commerce delivery with dense stop optimization and customer ETA broadcasting. Explore →Reefer fleets running pharmaceuticals, produce, and frozen goods. FSMA Sanitary Transport documentation. Explore →Trucks, trailers, and heavy equipment across scattered job sites. Asset-tracker coverage for unpowered equipment. Explore →HVAC, plumbing, electrical, and field-service operations. Multi-stop routing and customer ETAs. Explore →Municipal fleets, school buses, public transit, and emergency services. Asset accountability and compliance reporting. Explore →Tankers, frac spreads, and field services in remote regions. Starlink-equipped FC-501-SAT for off-grid coverage. Explore →Route-verified collection, landfill tracking, and driver behavior across residential and commercial waste. Explore →Farm equipment, grain haulers, and cold-chain produce transport. Rural connectivity via Starlink options. Explore →Connected infrastructure, signal priority, and managed-lane telemetry for transportation authorities. Explore →Every iMatrix deployment starts the same way — FleetConnect hardware, iMatrix Cloud, your drivers using SafeSync. The industry overlays are configuration, not different systems. Browse Solutions Instead → --- # iMatrix FleetConnect Pricing — Hardware, Monthly SaaS, TCO URL: https://imatrixsys.com/pricing/ Two-year TCO, apples to apples. Example: 10-unit fleet of FC-201 OBD-II trackers on the Track monthly plan. Hardware is one-time at $53.00/unit; SaaS is 24 months at $13.99/device/month. FC-101 · FC-501 have their own per-family TCO comparisons on those pages. Samsara Hardware$0 (loaned) Monthly fee~$30/mo per device 24-month SaaS$7,200 (10 devices) Contract3-year lock-in required Own hardware?No — must return Early exit?~$220/device penalty 2-Yr TCO (10 units)~$7,200 iMatrix — Drive + Track Plan Hardware (10× FC-201 @ $53.00)$530.00 Monthly SaaS$13.99/device/mo 24-month SaaS$3,357.60 (10 devices) ContractNone — cancel anytime Own hardware?Yes — yours forever Early exit?No penalty, keep devices 2-Yr TCO (10 units)$3,887.60 Geotab Hardware (10× @ ~$150)$1,500 Monthly fee~$32/mo per device 24-month SaaS$7,680 (10 devices) Contract12–36 months typical Own hardware?Yes (purchased) Early exit?Varies by reseller 2-Yr TCO (10 units)~$9,180 --- # iMatrix Blog — Sensor, Telematics & Cold Chain Insights URL: https://imatrixsys.com/blog/ Deployment stories, sensor guides, and fleet-telematics insights — from the field, not from the pitch deck. 27 posts and counting. One gateway, one NIST-certified NEO sensor, FSMA-ready reports — iMatrix combines fleet telematics with traceable cargo-temperature monitoring for. Read post →Recap of Wayne AI's ACT Expo 2026 debut alongside Horizon Motors at Booth 1443 — plus the full booth loop you can watch from your desk. Read post →Zephyr Cove, NV — May 1, 2026 — iMatrix Systems announces general availability of Wayne AI, the first conversational fleet artificial intelligence built. Read post →Learn About Efficient Fleet Management and HVIP Compliance with iMatrix Fleet Connect for California's Zero-Emission Truck Program Read post →Sensors monitor a variety of conditions but, if you wnat to keep pets safe in the RV, you should be concerned about temperature and humidity. Read post →Check how low or high humidity may affect your health, what health issues may point on wrong humidity level and what you can do with it. Read post →Check what businesses need temperature sensors to monitor environmental conditions to store their goods and how iMatrix Sensors may help them. Read post →Storing food safely, and properly, keeps you and your family safe. Learn, wat to keep in mind wile storing raw and cooked food. Read post →Check this article to make sure how to make stay of your pets in the RV alone safe with iMatrix NEO sensors. Read post →Temperature data loggers play a significant role in food safety by monitoring and recording temperature throughout the supply chain. Read post →iMatrix Systems released a white paper that emphasizes the critical role of their NIST-certified sensors in monitoring construction projects. Read post →NIST certification is critical in industries where precision is paramount. Check recommended iMatrix NIST-Certified Sensors. Read post →Blog posts are commentary and stories. For setup guides, spec sheets, and technical reference, head to Resources. Resources → --- # Knowledge Base URL: https://imatrixsys.com/knowledge-base/ Setup, calibration, and troubleshooting articles for iMatrix Cloud and the Neo sensor family. 23 articles, organized by topic. Browse the categories below, or check the related resources for setup videos and product briefs. Quick Start Guides Setup TutorialsSetting up your iMatrix Cloud account and getting the mobile app installed. Adding sensors to your account and organizing them in the dashboard. Multi-point calibration workflows for temperature and humidity. Understanding the Neo sensor family — features, modes, and battery life. Background reading on temperature loggers and sensor accuracy. Email support is included with every product. Our team responds by next business day, or sooner on the support plans. Contact Support → --- # iMatrix Telematics Tutorials — CAN-II, DBC & BLE URL: https://imatrixsys.com/tutorials/ A field-tested series on CAN, J1939, OBD-II, DBC, and BLE sensor integration. Written by the engineers who build iMatrix FleetConnect, tested on real fleets, and paired with the hardware you deploy. Plug-in OBD-II telematics for any 1996+ car, van, or light truck. Decodes ISO-15765 / CAN 2.0 diagnostics, scores driver behavior, and pairs with NEO-1 BLE sensors for temperature, door, and cargo monitoring inside the cabin. FC-201 product details →Linux edge gateway built for OEM vehicle programs — commercial trucks, buses, agricultural equipment, and EV platforms. Dual CAN bus with full J1939 and CAN 2.0 decoding, Wayne AI signal mapping from DBC, OTA firmware, and BLE hub for NEO-1 sensor networks. FC-501 product details →Battery-powered BLE sensors that pair with FC-201 and FC-501 gateways over Bluetooth 5.0. Temperature, humidity, door, pressure, and motion. NIST-traceable calibration available for cold-chain and pharma applications. NEO-1 sensor family →Dedicated cold-chain and pharma-grade monitoring built on the iMatrix stack. Turns FC-201/FC-501 telematics plus NEO-1 BLE temperature sensors into end-to-end audit trails for regulated shipments — with the reporting, alarms, and NIST certificates compliance teams need. Visit coldchainmeter.com →Each link in this chain is covered by one of the tutorial tracks above — so when you build or validate a ColdChainMeter integration, you can follow the signal all the way down to the bit. Explore ColdChainMeterOur engineering team runs free 30-minute technical deep dives for fleet operators, integrators, and OEM design teams — from first-principles CAN to a full ColdChainMeter rollout plan. Book a Technical Deep Dive ← Back to Products --- # Quick Start Guides — iMatrix Sensors & Gateways URL: https://imatrixsys.com/qsg/ Step-by-step setup for every iMatrix sensor and gateway. Download the PDF for offline reference, or follow the browser version with screenshots. Every Quick Start Guide begins with the mobile app — it handles QR pairing, first-reading verification, and sensor naming in a single flow. Grab it before you open a specific guide. Temperature + humidity sensor. 14-step guide covering app pairing, account setup, notifications, and automation. Display variant. 16-step guide with extra steps for e-ink screen configuration and parameter display selection. External probe variant. Covers probe placement, freezer deployment, and ice-water reference calibration. Dual-probe + humidity + display. Multi-zone setup for cold chambers and walk-in monitoring. Wi-Fi gateway. Plug-in installation, sensor pairing, and 24/7 cloud uploads. Wireless door/window sensor. 3M adhesive mount, magnet alignment, tamper detection. Product briefs, FAQs, and advanced tutorials live on each product page. Support answers the rest. All Resources → --- # Engineering Services URL: https://imatrixsys.com/services/ The iMatrix Online System provides all the tools needed to create and define the IoT platforms, device types, sensors, and controls needed to meet the demands of the Industrial Internet of Things — from concept through production. Total solution for the Industrial Internet of Things. The iMatrix SDK for devices provides a fully integrated solution for the Cypress WICED platform, including all middleware needed to bring your device online in record time. Includes custom OTA update service and fully integrated drivers for a variety of sensors, with an easy online system to add new sensor types at any time. The iMatrix App for mobile devices provides all the facilities needed to enable quick and easy provisioning of IoT devices connecting to the iMatrix Online System. Users can locally access device settings and monitor locally for any conditions that may need attention. The iMatrix Online System provides a complete set of highly scalable on-demand sensor data collection services with both real-time and time-series data storage. An intuitive user experience that immediately highlights any conditions reported from the devices. Adding new features is easy as never before. Configure your Things in a blink of an eye with our GUI tools. The iMatrix platform is infused with the industry's trending practices to provide the best possible security. Managing infrastructure is hard. Focus on your product and let us do all the heavy lifting. Make use of our API to build even more customized products. Hardware SDKs are available for all the industry's leading platforms. The integrated sensor catalog allows you to easily add a new sensor to your embedded IoT device in a matter of minutes. We provide a flexible array of protocols to ensure rapid, secure communications within all aspects of the system. Our commitment at iMatrix Systems is to get your sensor network up and online in the shortest period of time. From concept to production and deployment, we are committed to making sure every step is as easy as possible. You have a requirement to monitor and manage devices in the field without costly traditional service methods. The iMatrix solution lets you quickly design the functionality required, the sensors needed, and the environment they need to operate in. With the concept in hand, we help you design the hardware topology, sensor placement, gateway coverage, and cloud integration. Our engineers collaborate directly with your team to de-risk the design before it moves into production. Taking the concept and Alpha design to production is the next step in realizing a working product that can be deployed in the real world to monitor hundreds to hundreds of thousands of sensors. The team at iMatrix Systems can provide you with assistance at any step along the way. Design for manufacturing is key to establishing a successful production product. The silicon, cloud, and module vendors we build with. Our global distribution network. The brands that ship iMatrix technology under their own name. Tell us about the devices, the sensors, and the environment — we'll scope the fastest path from concept to production. Contact iMatrix Engineering → --- # Privacy Policy URL: https://imatrixsys.com/privacy/ **Last updated:** April 2026 · **Effective:** April 2026 ## 1. Overview iMatrix Systems, Inc. ("iMatrix," "we," "us," or "our") operates imatrixsys.com, iMatrix Cloud, and the hardware and software products that carry the iMatrix brand. This policy describes what we collect, why, how we use it, and the rights you have. We operate on a simple principle: **the operator owns the asset, and the operator should own the data**. This policy reflects that — minimum collection, clear purposes, and data portability by default. ## 2. Information we collect ### 2.1 Information you provide **Account details** — name, email, company, phone when you create an iMatrix Cloud account or request a quote. **Billing information** — processed by our payment processor; iMatrix does not store full card numbers. **Support correspondence** — emails, chat logs, and form submissions sent to our support, sales, and press channels. ### 2.2 Information from your devices **Telemetry** — GPS, CAN bus readings, sensor readings (temperature, humidity, door state, etc.), device diagnostics, and firmware version. This is the product. **Operational metadata** — device identifiers, network info (cellular carrier, signal strength), and timestamps necessary to route and store telemetry. ### 2.3 Information collected automatically on the website **Log data** — IP address, browser, referrer, pages visited, timestamps. **Cookies** — session cookies to keep you logged in; analytics cookies (if enabled) to understand site usage. ## 3. How we use information - Deliver the service you've paid for — store your telemetry, run alerts, export reports. - Operate the website and the Cloud portal, including authentication and session management. - Communicate with you about your account, security, billing, and service changes. - Improve our products — aggregate, de-identified analysis of how features are used. - Comply with legal obligations, defend against fraud or abuse, and enforce our terms. We do **not** sell your personal information. We do not rent your telemetry to third-party data brokers. ## 4. How we share information **Service providers** — cloud hosting, cellular carriers (EdgeUplink eSIM partners), payment processors, email delivery, and customer support tooling. These parties only process data on our behalf and under contract. **Partners you authorize** — if you enable an integration (API, webhook, TMS connector), we share the data you specifically scope to that integration. **Legal requirements** — when required by law, subpoena, or to protect safety. **Business transfers** — if iMatrix is involved in a merger, acquisition, or sale of assets, your information may transfer as part of that deal; we will notify you. ## 5. Data retention Telemetry you generate is retained for the life of the subscribed device — that's the product. Account data is retained while your account is active and for a reasonable period thereafter for billing, legal, and dispute-resolution purposes. You can request raw-data export and account deletion at any time. ## 6. Your rights **Access & export** — request a copy of your personal data or telemetry in JSON/CSV/PDF at any time. **Correction** — update account details from within iMatrix Cloud or by contacting us. **Deletion** — request that we delete your account and personal data, subject to legal retention requirements. **Opt-out** — opt out of marketing email or SMS via the links in those communications, or via the opt-out page. **California, Virginia, EU residents** — you have additional rights under applicable state or regional law; contact us to exercise them. ## 7. Security We use encryption in transit (TLS) and at rest for telemetry and credentials. Access to customer data is restricted to authorized personnel, logged, and audited. Device firmware updates are cryptographically signed. No system is perfectly secure — report vulnerabilities to security. ## 8. International transfers iMatrix is a U.S. company. If you access the service from outside the U.S., your information may be transferred to and processed in the United States. Where required, we use appropriate safeguards (including Standard Contractual Clauses) for international transfers. ## 9. Children's privacy iMatrix services are designed for businesses. We do not knowingly collect personal information from children under 13. If you believe we have, contact us and we will delete it. ## 10. Changes to this policy We may update this policy as our services evolve. Material changes will be announced by email to account holders and posted here with a revised "Last updated" date. ## 11. Contact us Questions about this policy, or to exercise any rights listed above: **iMatrix Systems, Inc.** 100 McFaul Way, Suite 201 / Box 12073 Zephyr Cove, NV 89448, USA Phone: +1 (844) 545-1007 Contact form → --- # Terms of Service URL: https://imatrixsys.com/terms-of-service/ The agreement between you and iMatrix Systems when you use our hardware, iMatrix Cloud, and related services. By purchasing iMatrix hardware, using iMatrix Cloud, or otherwise using our services, you agree to these Terms of Service ("Terms") and our Privacy Policy. If you're accepting on behalf of a company, you represent you have authority to bind that company. iMatrix provides: You are responsible for maintaining the confidentiality of your account credentials and for all activity under your account. Notify us immediately of any unauthorized access. Hardware sold by iMatrix is yours from the moment of purchase. We do not loan, lease, or rent devices. There are no deactivation fees, no return obligations at contract end, and no vendor-controlled kill switches. All devices include a 1-year hardware warranty covering manufacturing defects. Extended warranty plans are available. Damage from misuse, modification, or force majeure is not covered. See our Shipping Policy and Return Policy for current terms. iMatrix Cloud and data plans bill monthly per device on the plan you select (Locate, Track, Command, or equivalent). Charges are in USD unless otherwise specified. You can cancel or change plans from iMatrix Cloud at any time. Cancellations take effect at the end of the current billing period. There are no early-termination fees. We target 99.9% uptime for iMatrix Cloud. Scheduled maintenance will be announced in advance. We do not guarantee uninterrupted service; see Section 9 for limits of liability. You retain all rights to the telemetry and business data you generate using our services. iMatrix stores and processes that data as described in the Privacy Policy. You can export raw data or request account deletion at any time. We may use aggregated, de-identified data to improve our services, produce benchmarks, and train models — but never in a form that identifies you or your operations. You agree not to: iMatrix retains all rights, title, and interest in our hardware designs, firmware, software, trademarks, and documentation. You are granted a limited, non-exclusive license to use these in connection with your subscribed services. To the maximum extent permitted by law, iMatrix's total liability for any claim arising out of or related to the service is limited to the fees you paid to iMatrix in the twelve (12) months preceding the claim. We are not liable for indirect, incidental, special, consequential, or punitive damages. **The service is not a substitute for qualified personnel.** Temperature excursions in vaccine storage, hours-of-service compliance, emergency alerts, and similar use cases require human oversight. iMatrix provides monitoring and alerting; operational decisions remain your responsibility. You agree to indemnify and hold iMatrix harmless from third-party claims arising from your use of the service in violation of these Terms, your misuse of another party's data through our service, or your violation of applicable law. These Terms apply for as long as you use our services. We may suspend or terminate accounts for material breach, non-payment, or unlawful use, with reasonable notice where practicable. Sections that by their nature should survive termination (IP, limitations, indemnities) will survive. We may update these Terms as our services evolve. Material changes will be announced by email to account holders and posted here with a revised "Last updated" date. Continued use after the effective date constitutes acceptance. These Terms are governed by the laws of the State of Nevada, USA, without regard to conflict-of-law principles. Disputes will be resolved in the state or federal courts located in Nevada, unless otherwise required by applicable consumer-protection law. Questions about these Terms: **iMatrix Systems, Inc.** 100 McFaul Way, Suite 201 / Box 12073 Zephyr Cove, NV 89448, USA Phone: +1 (844) 545-1007 Contact form → --- # Return Policy URL: https://imatrixsys.com/return-policy/ Our return and refund policy for iMatrix hardware, eSIMs, and related products. New, unopened hardware may be returned within **30 days of delivery** for a full refund. Items must be in original packaging with all included accessories (mounting plates, antennas, eSIMs, documentation). Hardware found defective under normal use is covered by our **1-year warranty** — we repair or replace at no charge. Report issues as soon as they're discovered; do not attempt to open or modify the device. Warranty claims are separate from the RMA process above. iMatrix Cloud subscriptions can be cancelled at any time from your account. Cancellations take effect at the end of the current billing period. We don't pro-rate mid-cycle refunds for SaaS. Return questions or dispute resolution: contact form or call +1 (844) 545-1007. --- # Shipping Policy URL: https://imatrixsys.com/shipping-policy/ How iMatrix ships hardware, eSIM starter kits, and NIST recalibration returns — domestic and international. Orders ship within **1–2 business days** of payment confirmation. Orders placed after 2 p.m. Pacific may ship the following business day. Large-quantity OEM orders ship per the schedule in your purchase order. Tracking numbers are emailed the moment the label prints. When you ship Neo-series sensors to us for annual NIST recalibration, we provide a **prepaid return shipping label**. Ship to:*iMatrix Systems — attn: Linda Tierney100 Treble Code Road, Suite 5DBillerica, MA 01862, USA* If a shipment arrives damaged, take photos before unpacking further and email our support team within 5 business days. We replace damaged-in-transit items at no cost once the carrier claim is filed. Shipping questions, large-quantity OEM logistics, or international-specific inquiries: contact form or call +1 (844) 545-1007. --- # Prohibited Use Cases URL: https://imatrixsys.com/prohibited-use-cases/ **Last updated:** April 2026 · **Effective:** April 2026 ## 1. Scope This policy applies to every iMatrix product — FleetConnect gateways, Neo sensors, Micro Gateway, EdgeUplink eSIMs, iMatrix Cloud — and anyone using them under your account or program. ## 2. Prohibited — Unlawful use - Any activity that violates US federal, state, or local law, or applicable international law. - Tracking individuals without their knowledge or consent, where consent is legally required. - Evasion of lawful investigation, regulation, or court order. ## 3. Prohibited — Safety-critical deployments - Use as the primary safety system in **weapons platforms** or military lethal-effects applications. - Use as the sole safety interlock in **life-support, medical-device, or emergency-response** systems without independent redundancy and appropriate regulatory certification. - Use in **aviation safety-of-flight** applications without specific authorization and appropriate certifications (FAA, EASA, etc.). ## 4. Prohibited — Regulatory violations - Operation outside the approved frequency bands or power limits set by FCC, ISED, CE, or the regulator in the country of use. - Bypassing or circumventing ELD, HOS, or similar fleet-safety regulations that apply to your operation. - Use that violates data-protection laws (GDPR, CCPA, PIPEDA, etc.) applicable to the data subjects. ## 5. Prohibited — Platform abuse - Reverse-engineering, decompiling, or tampering with iMatrix firmware except as permitted by your license or applicable law. - Interfering with the integrity or performance of iMatrix Cloud or any other iMatrix service. - Attempting to access another customer's data or accounts. - Using the service to send spam, conduct phishing campaigns, or distribute malware. ## 6. Reporting & consequences Suspected violations may be reported via the contact form. iMatrix reserves the right to suspend or terminate accounts, void warranties, and cooperate with law enforcement in response to violations. See the Terms of Service for full legal effect. --- # Opt-Out of SMS and Email URL: https://imatrixsys.com/opt-out-of-sms-and-email/ How to unsubscribe from iMatrix marketing communications, and what messages you can't opt out of. Every marketing email from iMatrix includes an **Unsubscribe** link in the footer. Clicking it removes you from that list immediately. If you have an iMatrix Cloud account, you can also toggle marketing preferences under *Settings → Communication Preferences*. Reply **STOP** to any marketing SMS from iMatrix to opt out of that list. You can also reply **HELP** for support or **UNSUBSCRIBE** if STOP doesn't work in your region. Standard carrier rates apply to inbound replies. The following messages are part of the service you've purchased and **cannot be opted out** without cancelling the associated service: You can configure which channels (email, SMS, push, webhook) receive which alert types from within iMatrix Cloud. If you opted out and change your mind, log into iMatrix Cloud and toggle the preference back on, or contact us to manually re-subscribe. We retain a suppression record so we don't accidentally re-add you to a list you opted out of. Opting out of marketing doesn't delete your account or telemetry — it only stops marketing messages. If you want full account deletion, see the Privacy Policy for how to request it. Having trouble unsubscribing, or think you're receiving messages in error? Contact us. --- # Influencer Program URL: https://imatrixsys.com/influencer/ Hands-on with iMatrix sensors and connectivity hardware. We send the gear, you tell the story — review, teardown, build-along, or proof-of-concept. iMatrix Systems builds smart, easy-to-use, dependable IoT hardware for fleets, environmental monitoring, and OEM integration. We work with online opinion leaders to test our products, share feedback, and shape future releases. If selected, we'll send you the latest hardware to evaluate — and roll you into other VIP privileges as new platforms ship. * iMatrix Systems reserves final discretion on program acceptance and benefits. Pre-release Neo sensors, Fleet Connect units, and accessories — yours to keep. Talk to the people building it. Real answers, no support-ticket gauntlet. Early access to new platforms, beta firmware, and roadmap previews. --- # A beekeeping sensor deep inside a Flow URL: https://imatrixsys.com/blog/a-beekeeping-sensor-deep-inside-a-flow-hive-detected-the-death-of-the-queen/ I was introduced to beekeeping and thousands of others when Cedar and his father, Stuart Anderson, announced the Flow Hive on Kickstarter. I was one of the early backers and excited when my Flow Hive arrived, and I could add it to the two frames hive I had started earlier in the year. Beekeeping involves regular hive maintenance to ensure the hive’s health, and I try to check on my bees every couple of weeks. The death of a queen in a hive can have devastating effects. Without a queen, there are no eggs; without eggs, there are no new bees. Bees have a relatively short life of only 42 days; without new bees, the hive can quickly fail. Knowing about the death of a queen is critical to the beekeeper. Researchers have known for years that a healthy hive maintains a constant temperature in the mid-90 degrees F for the excellent development of bee larvae. The bees no longer maintain this constant temperature profile when a queen dies. Adding a temperature sensor to the hive can alert the beekeeper remotely when the hive temperatures drop below critical levels. I founded iMatrix in 2018, intending to bring IoT to the Agriculture market. I felt there were many areas IoT could help improve agriculture, especially in the beekeeping and hydroponics verticals. We developed the core temperature/humidity, door monitoring, and leak detector sensors as we worked on these more complex sensor and control networks. I installed temperature sensors in the middle of the hive and a temperature and humidity sensor in the hive’s roof. I was quickly able to see that the bees were doing a great job maintaining a relatively constant internal temperature; during winter in the Sierra, we get a lot of snow, and during these times, I could see that the hive was alive and healthy due to the temperature in the hive. Last week I received a text alert from the iMatrix System that one of the hive temperature sensors had dropped below my preset level. I quickly checked the hive’s history and saw it was no longer maintaining its normal operating temperature range. The graph below shows the rapid decline in hive temperature as the bees stopped maintaining the constant temperatures required for a healthy brood. Having the temperature sensors in my hives has allowed me to know when I need to take action to save the hive immediately. These sensors are networked and upload their data using Wi-Fi Gateways. The Wi-Fi gateway works excellently for the home beekeeper, but not all hives are within range of a Wi-Fi Gateway. To help in these situations, the iMatrix Sensors can connect to the iMatrix Mobile App running on a Tablet or Mobile phone and send this data to the iMatrix Cloud using the Virtual Gateway capability. This way, a beekeeper can come within a couple of hundred feet of the hives, scan them all, and easily up their history to the iMatrix Cloud. *Greg Phillips is the CEO and Founder of iMatrix Systems, Inc, providing a complete portfolio of wireless Humidity, Temperature, Air Quality, and CO2 Sensors.* In addition, the iMatrix Gateways enable all wireless sensor configuration, control, monitoring, and associated analytics to be managed through iMatrix’s proprietary and robust Cloud services.iMatrix’s agriculture focused web site www.agrowtronics.com hosts a broad range of articles about Hyrdoponics and beekeeping. For details on the sensors and more information contact iMatrix Systems, Inc, www.imatrixsys.com 100 McFaul Way, Suite 201 / Box 12073, Zephyr Cove, NV 89448 **Originally published: Brilliance Security Magazine ** . --- # Business Wire: Matrix Systems Launches URL: https://imatrixsys.com/blog/business-wire-matrix-systems-launches-from-stealth-with-new-iot-cloud-smart-sensor-technology/ Press · February 22, 2022 · by Tetiana Business Wire: Matrix Systems Launches From Stealth With New IoT Cloud Smart Sensor Technology Tags: #launch #iot-cloud #media ← Back to Blog --- # Can You Leave Pets in an RV? URL: https://imatrixsys.com/blog/can-you-leave-pets-in-an-rv/ These days more and more people are discovering the joy of traveling in an RV. And like most of our favorite adventures, we like to take our pets along for the ride. Why not take your furry family members along with the rest of them? However, there’s a big problem you might not think about until you’re already on the road: *Can you leave pets alone in an RV?* Not every activity is pet friendly. Sure, you can take your dog on a hike, nature walk, and to a slew of pet friendly attractions. But can you take them to that local restaurant you’ve been dying to go to? Unlikely. At some point, you’ll be faced with a dilemma where you have to choose between staying in or leaving your pet alone in the RV. ### Is it Safe to Leave Your Pet in an RV Alone? Like with any other family member, safety is at the top of your mind when it comes to your pet. Your RV might seem secure, but a good lock won’t necessarily keep all the dangers at bay. In fact, that might be the least of your worries when it comes to leaving your pet alone. What are the major concerns you should have? #### Weather The climate can have a big impact on the interior of your RV, whether it’s hot or cold weather. When it comes down to it, both can be just as dangerous to your pet. Even if you have a good heating and cooling system, you can’t always rely on it to keep your pets safe. Cold weather can bring on hypothermia and a plethora of stress and health issues if your heating goes out while you’re away. Extreme heat, and humidity are also the monitored conditions, that can bring on plenty of health issues too. It’s a known fact that vehicles heat up to dangerous levels in very little time without air conditioning. Of course, this brings on plenty of concerns for your pet, including heat stroke, dehydration, heat exhaustion, and even death. #### Power outages One of the major reasons your climate control can fail is a power outage or power surge. Remember, a power problem while you’re away is much different to one when you’re present. When you’re there, you can fix it or get yourself and your pet into a more suitable location until it’s fixed. However, if you’re gone, you likely won’t know if or when the power surges or goes out. Of course, without power, your climate control systems simply can’t work. Inevitably, you’re dealing with a situation where your pet is alone in the RV, and their health is subject to the whims of the weather. What can you do? Make sure you have a backup power source, such as a generator designed for RVs. #### Equipment problems Equipment issues in older vehicles and residences aren’t a big surprise. However, if you plan to take a long trip, and want to take your pet with you, you need updated and reliable equipment. While you might not be surprised to hear that older systems can experience frequent malfunctions, there are things you need to know about modern gear too. Our best example is the newer ventilation fans that have sensors. Basically, these sensors close air vents when they sense precipitation. That’s a great idea when you’re around, and it can even prevent water damage. Unfortunately, the vast majority of these sensors won’t reopen the vents once the wet weather passes. That can create a poor environment for your pet inside, especially if it’s quite hot outside and your air conditioning fails. Before you leave your pet in the RV, make sure you disable the sensors if your ventilation system has them. ### Precautions That Create Safety for Pets From the above sections, you might be hesitant about leaving your pet alone in your RV. Nobody wants to risk losing their companion because of preventable issues. The good news is, a lot of these issues are truly preventable. But, you need to have the right systems and backup in place to keep your pet safe. First, keep a backup power source available, and make sure you have it connected so it turns on if there’s any issue with your main power source. It doesn’t require a local power outage or severe storm to take out your power. Another traveler in a nearby RV can accidentally disconnect your power. Make sure you check your ventilation system for closing sensors. If it uses them, turn them off when you leave your pet alone. It doesn’t take long to enable them again as soon as you return. If you’re in an area with hot weather, consider leaving the windows open, or at least cracked until you come back to the RV. However, *don’t* shut off the air conditioning. Yes, it might seem like you’re wasting power, and you certainly are using more. But it also helps ensure that should something happen to your cooling system, heat can escape the RV. A closed up vehicle of any size turns into an oven, and allowing fresh air in might save your pet’s life if the cooling fails. ## Recommended iMatrix Sensors to Keep Your Pets Safe ## NEO-1D Wireless Temperature and Humidity Sensor $59.00Add to cart## NEO-1DP Wireless Temperature and Humidity Sensor $49.99Add to cart## NEO-1P Wireless Temperature Sensor with Probe $49.00Add to cart## Sentry-1 Wireless Door/Window Sensor $29.00Add to cart## NEO-1 Wireless Temperature and Humidity Sensor $24.99Add to cart## NEO-1D Wireless Temperature and Humidity Sensor $59.00Add to cart## NEO-1DP Wireless Temperature and Humidity Sensor $49.99Add to cart## NEO-1P Wireless Temperature Sensor with Probe $49.00Add to cart## Sentry-1 Wireless Door/Window Sensor $29.00Add to cart## NEO-1 Wireless Temperature and Humidity Sensor $24.99Add to cart## NEO-1D Wireless Temperature and Humidity Sensor $59.00Add to cart## NEO-1DP Wireless Temperature and Humidity Sensor $49.99Add to cart## NEO-1P Wireless Temperature Sensor with Probe $49.00Add to cart## Sentry-1 Wireless Door/Window Sensor $29.00Add to cart --- # Do RV Sensors Keep Pets Safe? URL: https://imatrixsys.com/blog/do-rv-sensors-keep-pets-safe/ If you have a pet, you know how hard it is to leave them home alone. And when you go on vacation, there’s a good chance they’re coming along with you. If you have a dog, it’s a great way to spend time with your best friend, and give them a taste of the great outdoors. However, even if they go on vacation with you, they can’t go everywhere. Unless you have a doggy daycare reserved, they’ll have to stay in the RV. Of course, you need to make sure they’re safe and sound while you’re away. There are plenty of solutions RV travelers use including cameras, monitors, sensors, and having neighbors check up on their pets. But do RV sensors keep pets safe? ## What an RV Sensor Does Sensors can monitor a variety of conditions like temperature, light, sound, humidity, pressure, and more. However, if you have a pet in the RV alone, you should be most concerned about temperature and humidity. Temperature and humidity sensors take readings on environmental conditions in just about any area. In an RV, they’re measuring the conditions inside. Some sensors only take periodic readings, while others constantly measure the environment. These readings are then logged and accessed through a variety of means, such as email, websites, smartphone apps, or even handheld devices that pair only with the sensor. ## Will a Sensor Keep Pets Safe in an RV? No matter what you do, there are endless things that can go wrong in an RV. While they may not be common, it’s a possibility you need to contend with. And when you’re away, your pet is subject to the conditions around them. That’s a scary thought, especially if you’re in an area with extreme climates. A camera can show you how your pet’s acting, but it can’t show you what conditions they’re dealing with. A dog suffering from heat exhaustion might just look like they’re tired on a screen when they’re really dealing with a potentially life threatening health issue. This is where sensors, especially for temperature and humidity, become extremely helpful. A picture can only tell you so much. An RV sensor can tell you what you really need to know to make sure your pet is in a safe, healthy environment. **So, can a sensor help keep your pet safe when they’re alone in the RV?** **Yes! In fact, it’s one of the best tools you have to ensure your pet’s safety when you’re not around. ** ## How Do Temperature Sensors Work? Temperature sensors can help prevent heat exhaustion, heat stroke, and even hypothermia if your climate control fails. If you’re looking at getting a sensor to protect your pet, you’re probably wondering how they work. To monitor RV conditions, sensors need to be connected to a network to transmit information to you, and the gateway they use. If you can’t receive alerts about extreme conditions while you’re out of the RV, it won’t help you prevent a potential disaster. Most sensors connect to either wi-fi or mobile networks to make this happen. Luckily, a lot of RV parks also offer wi-fi, and many mobile services can act as a hotspot. Think of temperature sensors like an extremely upgraded, internet connected thermometer. Just as thermometers constantly monitor ambient temperatures, so do temperature sensors. At any given point the sensor is working to read and log the surrounding temperatures. How you receive the information collected by the temperature sensor depends on the specific brand and model you use. Most sensors allow you to receive readings remotely, and you can even see conditions on your smartphone. Not all sensors alert you to changing conditions, but you’ll want to look for this feature if you need one for your pet’s safety. Whether the sensor takes constant or periodic readings, you should be able to access the information quickly and easily. For RVs where pets are left alone, it’s best to find a sensor that takes either constant readings, or has very short intervals in between temperature readings. You should be able to see the most updated readings in real time; remember, weather (and conditions within the RV) can change very quickly without your knowledge. ## Here’s the Short Answer: ### Will a temperature sensor keep my pets safe if they’re alone in my RV? While a temperature sensor can’t prevent everything from happening, it *can* prevent some of the most common disasters. Remember, prevention is the best medicine, and a sensor could save your pet’s life. ## Recommended iMatrix Sensors for RV Temperature Control ## NEO-1D Wireless Temperature and Humidity Sensor $59.00Add to cart## NEO-1DP Wireless Temperature and Humidity Sensor $49.99Add to cart## NEO-1P Wireless Temperature Sensor with Probe $49.00Add to cart## Sentry-1 Wireless Door/Window Sensor $29.00Add to cart## NEO-1 Wireless Temperature and Humidity Sensor $24.99Add to cart## NEO-1D Wireless Temperature and Humidity Sensor $59.00Add to cart## NEO-1DP Wireless Temperature and Humidity Sensor $49.99Add to cart## NEO-1P Wireless Temperature Sensor with Probe $49.00Add to cart## Sentry-1 Wireless Door/Window Sensor $29.00Add to cart## NEO-1 Wireless Temperature and Humidity Sensor $24.99Add to cart## NEO-1D Wireless Temperature and Humidity Sensor $59.00Add to cart## NEO-1DP Wireless Temperature and Humidity Sensor $49.99Add to cart## NEO-1P Wireless Temperature Sensor with Probe $49.00Add to cart## Sentry-1 Wireless Door/Window Sensor $29.00Add to cart --- # Effortlessly Ensure Safe Food Storage URL: https://imatrixsys.com/blog/effortlessly-ensure-safe-food-storage-with-imatrix-systems-neo-1d-and-micro-gateway/ Keeping food safe is a top priority for restaurants and deli vendors. The Food and Drug Administration (FDA) requires that food storage temperatures be monitored daily to ensure that they meet food safety standards. This is not only to ensure the quality of the food being served but also to protect the public from food-borne illnesses caused by improper storage. Examples of this include the requirement to store raw meats and eggs at or below 40°F to prevent bacterial growth, dairy products at or below 41°F, and cooked meats at or above 140°F. ## iMatrix Solutions for Food Storage Introducing the iMatrix Systems NEO-1D and Micro Gateway, the ultimate solution for automating food storage temperature monitoring. This system allows for real-time monitoring and automatic daily or hourly reports of temperature and humidity fluctuations, ensuring that your food is stored at the safe temperature levels. The system is also calibrated to meet the HACCP (Hazard Analysis and Critical Control Points) requirements, a food safety management system recognized by the FDA. The iMatrix Systems NEO-1D and Micro Gateway eliminates the need for manual checks of every refrigerator, saving valuable time and labor costs. The system also alerts you via SMS or email of any issues, allowing you to address them promptly and avoid costly food spoilage. Investing in the iMatrix Systems NEO-1D and Micro Gateway is an investment in the safety and quality of your food. Keep your customers safe and your business compliant with the FDA’s food safety regulations by automating temperature monitoring with iMatrix Systems. With this solution, you will meet the FDA’s recommendation to monitor food temperature at least once a day, ensuring the safety of your food and the peace of mind of your customers. ## About iMatrix Systems iMatrix Systems is an Industrial Internet of Things (IIoT) solutions provider founded in 2018 and emerged from stealth in 2021. The company’s cloud platform and dedicated sensors apply to markets in healthcare, residential and commercial buildings, restaurants and hospitality, critical infrastructure, hydroponics, soil monitoring, and management. The company offers ideal solutions for the Cold Chain markets. The company, based in Lake Tahoe, NV, has offices around the country. For more information, go to https://imatrixsys.com/. --- # Elevate Safety and Independent Living for URL: https://imatrixsys.com/blog/elevate-safety-and-independent-living-for-your-elderly-loved-ones-with-imatrix-care-solutions-neo-1-sentry-1-and-micro-gateway/ Do you want to ensure the safety, comfort, and well-being of your elderly loved one living independently, without invading their privacy? The iMatrix NEO-1, Sentry-1, and Micro Gateway offer a complete solution for managing their daily needs from a distance. With temperatures dropping to zero degrees in the North East this week, your loved one’s safety and comfort are a top priority. The NEO-1 offers temperature and humidity monitoring to ensure your loved one is comfortable. Set upper and lower temperature alerts, and never worry about your loved one being too cold or hot again. The system is designed to be passive, respecting your loved one’s privacy, while providing peace of mind for both them and you. Accidents can happen, and your loved one may accidentally change the NEST thermostat in the wrong direction, but with the NEO-1, you will receive environmental alerts to ensure their comfort. The Sentry-1 not only monitors doors and windows for safety and energy savings, but it also alerts you of the front door opening and closing. This way, you can confirm the arrival and departure of caregivers and stay in sync with their daily tasks. You can even call and provide instructions, ensuring that your loved one’s needs are met and that caregivers are paid for their services. The Micro Gateway aggregates all the data from the NEO-1 and Sentry and sends it to the cloud for easy access. Monitor temperature, humidity levels, and the security of your loved one’s home from anywhere, at any time. Invest in the iMatrix NEO-1, Sentry, and Micro Gateway to manage the safety, comfort, energy efficiency, and caregiver support for your elderly loved one while they continue to live independently. With this complete care solution, you can have peace of mind knowing that your loved one is safe, comfortable, and well-cared for. **About iMatrix Systems** iMatrix Systems is an Industrial Internet of Things (IIoT) solutions provider founded in 2018 and emerged from stealth in 2021. The company’s cloud platform and dedicated sensors apply to markets in healthcare, residential and commercial buildings, restaurants and hospitality, critical infrastructure, hydroponics, soil monitoring, and management. The company offers ideal solutions for the Cold Chain markets. The company, based in Lake Tahoe, NV, has offices around the country. For more information, go to https://imatrixsys.com/. --- # Enhancing Product Quality: The Importance URL: https://imatrixsys.com/blog/enhancing-product-quality-the-importance-of-process-monitoring-in-temperature-control/ **Introduction: In the realm of manufacturing, ensuring product quality is paramount. One crucial aspect of maintaining this quality is monitoring temperatures throughout various processes. From food production to semiconductor manufacturing, temperature control plays a pivotal role in determining the end product’s integrity and consistency. This article delves into the significance of process monitoring in temperature regulation, its real-world applications, and the technologies driving these advancements.** ## Understanding Process Monitoring and Temperature Control Process monitoring refers to the continuous observation, measurement, and analysis of various parameters and variables within manufacturing operations. These parameters can include temperature, pressure, humidity, flow rates, chemical concentrations, and more, depending on the specific processes involved. The goal of process monitoring is to maintain control over these variables to ensure that manufacturing processes operate within predefined specifications and standards. ### Significance in Manufacturing #### Quality Assurance Process monitoring is integral to maintaining consistent product quality throughout the manufacturing cycle. By closely monitoring key parameters such as temperature, manufacturers can detect deviations from optimal conditions that may impact product quality. This proactive approach allows for timely adjustments and interventions to prevent defects and ensure that each product meets the desired specifications. #### Efficiency and Optimization Effective process monitoring enables manufacturers to identify inefficiencies and areas for improvement within their operations. By continuously monitoring temperature and other variables, companies can pinpoint bottlenecks, optimize resource utilization, and streamline production processes. This optimization leads to increased throughput, reduced cycle times, and lower production costs, ultimately enhancing overall operational efficiency. #### Compliance and Regulatory Requirements Many industries are subject to strict regulatory standards and compliance requirements regarding manufacturing processes and product quality. Process monitoring plays a crucial role in ensuring compliance with these regulations by providing real-time data and documentation of process parameters. By maintaining accurate records of temperature measurements and adherence to specified ranges, manufacturers can demonstrate compliance with regulatory authorities and avoid costly penalties or product recalls. #### Risk Mitigation Temperature control is particularly critical in industries where temperature-sensitive materials or processes are involved, such as food production, pharmaceuticals, and electronics manufacturing. Process monitoring helps mitigate risks associated with deviations from optimal temperature ranges, such as microbial contamination, chemical reactions, or component failures. By proactively monitoring temperature variations and implementing corrective actions, manufacturers can minimize the likelihood of product defects, safety hazards, and costly downtime. Process monitoring is a fundamental aspect of modern manufacturing operations, encompassing the continuous observation and control of various parameters to ensure product quality, operational efficiency, regulatory compliance, and risk mitigation. By leveraging advanced monitoring technologies and data analytics tools, manufacturers can optimize their processes, enhance product consistency, and maintain a competitive edge in the market. ## Definition of Process Monitoring Process monitoring embodies the systematic observation, measurement, and analysis of various parameters and variables intrinsic to manufacturing operations. These parameters encompass a broad spectrum, including but not limited to temperature, pressure, flow rates, chemical concentrations, humidity levels, and mechanical vibrations. Process monitoring operates as the vigilant watchdog of production environments, continuously scrutinizing the intricate dynamics of manufacturing processes. It involves the deployment of sensors, data acquisition systems, and analytical tools to gather real-time insights into the performance and behavior of industrial processes. ## Significance in Manufacturing **Quality Assurance and Consistency:** At the core of process monitoring lies its pivotal role in upholding product quality and consistency. By vigilantly monitoring critical parameters like temperature, manufacturers can swiftly detect deviations from optimal conditions that might jeopardize product integrity. This proactive approach enables prompt interventions to rectify anomalies, ensuring that each manufactured item adheres to stringent quality standards. Consistent product quality not only fosters customer satisfaction but also fortifies brand reputation and loyalty in the fiercely competitive marketplace. **Operational Efficiency and Optimization: **Process monitoring serves as a catalyst for driving operational excellence and efficiency within manufacturing facilities. By continuously scrutinizing temperature levels and other key variables, organizations can pinpoint inefficiencies and bottlenecks hindering productivity. Armed with real-time insights, manufacturers can orchestrate targeted interventions to optimize resource utilization, streamline workflows, and minimize production downtime. The resultant efficiency gains translate into heightened throughput, reduced cycle times, and ultimately, enhanced profitability. **Compliance Adherence and Regulatory Obligations: **Across diverse industries, adherence to stringent regulatory standards and compliance mandates is non-negotiable. Process monitoring emerges as a linchpin in ensuring compliance with regulatory frameworks governing manufacturing operations. Through meticulous monitoring and documentation of process parameters, particularly temperature thresholds, organizations can furnish irrefutable evidence of compliance to regulatory authorities. By adhering to prescribed standards, manufacturers safeguard themselves against potential legal repercussions, fines, and reputational damage arising from non-compliance. **Risk Mitigation and Safety Assurance: **The significance of process monitoring is particularly pronounced in industries where temperature-sensitive materials and processes prevail. Whether in food production, pharmaceuticals, or electronics manufacturing, meticulous temperature control is imperative for averting safety hazards and mitigating operational risks. By vigilantly monitoring temperature variations and promptly addressing deviations, manufacturers preemptively safeguard against potential perils such as microbial contamination, chemical reactions, and equipment malfunctions. This proactive risk mitigation not only bolsters workplace safety but also shields organizations from the financial fallout of product recalls and liability claims. In essence, process monitoring stands as the cornerstone of modern manufacturing excellence, embodying a holistic approach to quality assurance, operational efficiency, regulatory compliance, and risk management. Through the seamless integration of advanced monitoring technologies and data analytics capabilities, manufacturers can chart a course toward sustained growth, innovation, and competitive advantage in the ever-evolving global marketplace. ## The Role of Temperature Control in Maintaining Product Quality ### Preservation of Product Integrity Temperature control serves as a guardian of product integrity across diverse manufacturing sectors. In industries such as food processing and pharmaceuticals, precise temperature regulation is imperative for preserving the freshness, nutritional value, and efficacy of products. Whether it’s maintaining cold chain integrity to prevent spoilage or controlling heat during cooking or sterilization processes, temperature control safeguards against quality degradation, ensuring that end products meet consumer expectations. ### Optimization of Chemical Reactions Temperature plays a pivotal role in catalyzing or inhibiting chemical reactions within manufacturing processes. From polymerization and crystallization to fermentation and distillation, precise temperature control dictates the kinetics and outcomes of chemical transformations. By maintaining optimal temperature conditions, manufacturers can harness the full potential of chemical processes, yielding products with desired properties, purity, and performance characteristics. Deviations from optimal temperature ranges can lead to undesired by-products, reduced yields, and compromised product quality. ### Consistency in Material Properties In industries like plastics manufacturing and metallurgy, temperature control is indispensable for ensuring uniformity and consistency in material properties. From melting and molding thermoplastics to annealing and tempering metals, temperature variations profoundly influence material behavior and structural integrity. Consistent temperature control throughout processing stages minimizes variations in material properties, such as strength, durability, and dimensional stability. This consistency translates into products that meet stringent quality specifications and exhibit predictable performance under diverse operating conditions. ### Prevention of Microbial Growth and Contamination Temperature control plays a critical role in mitigating the risk of microbial growth and contamination in sensitive manufacturing environments. In food processing, pharmaceutical production, and biotechnology, maintaining specific temperature ranges inhibits the proliferation of harmful microorganisms that can compromise product safety and shelf life. From pasteurization and sterilization to cold storage and incubation, precise temperature control acts as a barrier against microbial contamination, safeguarding consumer health and regulatory compliance. ### Enhancement of Product Aesthetics and Sensory Attributes Temperature control influences not only the chemical and physical properties of products but also their aesthetic appeal and sensory attributes. In sectors like confectionery, baking, and cosmetics, temperature modulation imparts desirable textures, flavors, and appearances to end products. Whether it’s tempering chocolate to achieve a glossy finish or controlling oven temperatures for uniform browning in baked goods, precise temperature control elevates product aesthetics, enhancing consumer appeal and marketability. In essence, temperature control is a linchpin of product quality across diverse manufacturing domains, exerting a profound influence on chemical processes, material properties, microbial safety, and sensory attributes. By prioritizing precise temperature regulation throughout production workflows, manufacturers can uphold the highest standards of product quality, consistency, and consumer satisfaction, reinforcing their reputation as industry leaders committed to excellence. ## Implications of Temperature Variations on Product Consistency and Safety ### Impact on Product Quality and Uniformity Temperature variations within manufacturing processes can have profound implications for product consistency and uniformity. In industries such as food production, pharmaceuticals, and plastics manufacturing, even slight deviations from optimal temperature ranges can result in variations in product texture, color, and composition. For example, in baking, fluctuations in oven temperature can lead to uneven browning or inconsistent texture in baked goods, compromising their visual appeal and consumer satisfaction. Similarly, in pharmaceutical manufacturing, variations in temperature during drug formulation or storage can affect the potency, stability, and dissolution rates of medications, impacting their therapeutic efficacy and patient outcomes. ### Risk of Microbial Contamination and Spoilage Temperature variations pose a significant risk of microbial contamination and product spoilage, particularly in perishable goods and sensitive manufacturing environments. In food processing, inadequate temperature control during storage, transportation, or processing can create conducive conditions for microbial growth, leading to foodborne illnesses and product recalls. Similarly, in pharmaceutical production, temperature fluctuations in cleanrooms or storage facilities can compromise the sterility of medications, rendering them unsafe for consumption. Controlling temperature within precise ranges is paramount for inhibiting microbial proliferation and ensuring product safety throughout the supply chain. ### Compromised Structural Integrity and Performance Temperature variations can compromise the structural integrity and performance of materials and products, especially in industries like automotive manufacturing and electronics assembly. For instance, in welding processes, inadequate temperature control can result in incomplete fusion or excessive heat-affected zones, leading to weld defects and structural weaknesses in automotive components. Likewise, in electronics manufacturing, thermal cycling during soldering or reflow processes can induce mechanical stress and premature component failure, affecting the reliability and longevity of electronic devices. Maintaining consistent temperature profiles is essential for ensuring the structural integrity and functional performance of manufactured products under diverse operating conditions. ### Regulatory Non-Compliance and Liability Risks Temperature variations that exceed regulatory limits or industry standards can expose manufacturers to compliance violations and liability risks. Regulatory agencies impose strict requirements on temperature control in industries such as food, pharmaceuticals, and healthcare to safeguard consumer health and ensure product safety. Failure to comply with temperature-related regulations, such as the FDA’s Food Code or Good Manufacturing Practices (GMP) guidelines, can result in regulatory sanctions, fines, and legal liabilities. Moreover, product recalls due to temperature-related quality issues can tarnish brand reputation, erode consumer trust, and incur substantial financial losses for manufacturers. In conclusion, temperature variations within manufacturing processes have far-reaching implications for product consistency, safety, and regulatory compliance. Implementing robust temperature control measures, including monitoring, calibration, and corrective actions, is essential for mitigating risks, ensuring product quality, and safeguarding consumer health and confidence. By prioritizing precise temperature regulation across all stages of production, manufacturers can uphold the highest standards of quality, safety, and compliance, positioning themselves as industry leaders committed to excellence and consumer protection. ## Recommended iMatrix Sensors for Temperature Control ## NEO-1D Wireless Temperature and Humidity Sensor $59.00Add to cart## NEO-1DP Wireless Temperature and Humidity Sensor $49.99Add to cart## NEO-1P Wireless Temperature Sensor with Probe $49.00Add to cart## Sentry-1 Wireless Door/Window Sensor $29.00Add to cart## NEO-1 Wireless Temperature and Humidity Sensor $24.99Add to cart## NEO-1D Wireless Temperature and Humidity Sensor $59.00Add to cart## NEO-1DP Wireless Temperature and Humidity Sensor $49.99Add to cart## NEO-1P Wireless Temperature Sensor with Probe $49.00Add to cart## Sentry-1 Wireless Door/Window Sensor $29.00Add to cart## NEO-1 Wireless Temperature and Humidity Sensor $24.99Add to cart## NEO-1D Wireless Temperature and Humidity Sensor $59.00Add to cart## NEO-1DP Wireless Temperature and Humidity Sensor $49.99Add to cart## NEO-1P Wireless Temperature Sensor with Probe $49.00Add to cart## Sentry-1 Wireless Door/Window Sensor $29.00Add to cart --- # Food Logistics: Guest column on URL: https://imatrixsys.com/blog/food-logistics-guest-column-on-sustainability/ ## The Future of Sustainable Agriculture is Here *Converting much of today’s food supply from field agriculture to hydroponics sounds like a hefty operation. But in reality, the benefits can far outweigh the costs and effort required to create more hydroponic farms.* The keyword for sustainability in agriculture this year is hydroponics. Of course, most people have some vague knowledge of the process; you grow crops without soil. However, depleting resources and environmental impacts are pressing this topic to the forefront. Traditional agriculture has been a tried-and-true solution since agrarian societies developed. Yet, this form of farming also comes with its own risks and consequences. While soil-less agriculture comes with its own intricacies, it is projected to be the future of sustainable agriculture. Converting much of today’s food supply from field agriculture to hydroponics sounds like a hefty operation. In reality, the benefits can far outweigh the costs and effort required to create more hydroponic farms. Upon review, the main benefits point not only to a more sustainable food source, but also to a more environmentally friendly solution. ### Less water consumed and wasted At first glance, this seems counterintuitive, considering that hydroponics is a water-based form of agriculture. However, this form of farming actually uses significantly less water than soil-based farming. The most efficient systems can use around 98% less water, although most hydroponic systems use at least 90% less water. Not only that, recirculating systems also allow for some of that water to be reused, saving precious resources in drought ravaged areas. Because so little water is used, it also creates a more affordable solution when water prices become an issue for farmers. Many advanced hydroponic gardens and farms also have monitoring systems in place, so each crop receives only the water necessary for optimal growth. This can be difficult to achieve in regular farming, even with improved irrigation systems. ### Minimized environmental damage Crops need extra nutrients, or fertilizer, to create a successful harvest. This can be an issue when the fertilizer is given to crops in soil, and often creates runoff. The chemicals leach through the ground, and ultimately spread to areas with fragile ecosystems that can be easily damaged. Fertilizers aren’t the only chemicals that can seep into areas outside of a farm. Pesticides, whether applied directly to soil or sprayed over crops, are another main cause of runoff. Unfortunately, runoff is difficult to contain. However, in an enclosed hydroponic system, growers are in complete control of where nutrient saturated water goes once used. Not only that, but hydroponic farms typically use significantly less pesticides, if any. Sustainable indoor farming also reduces the need to clear land for farm development. Ultimately, we can reduce our impact on global warming by allowing more natural land to flourish while still maintaining a critical food source. ### Efficient resource use Reducing water use is one of the major benefits of soilless agriculture. Water, however, is not the only resource we can manage and use more efficiently. A common misconception is that hydroponic systems may cut down on water usage, but those benefits are negated by a much higher use of electricity. While these systems do require ample electricity to function, their power usage is around equal to that of traditional agriculture and can be even further reduced with energy efficient equipment and grow lights. To optimize sustainability, renewable energy sources such as solar panels can be installed, meaning the farm runs on much cleaner energy. Because farmers have so much control over their hydroponic farms, they can also optimize the nutrients used to feed their plants. Unlike field agriculture, where fertilizers may not reach their target crops in specific amounts, hydroponic farming delivers exact amounts of nutrients directly to the plants that need them. ### Small footprint, big growth Even a small hydroponic farm can typically produce the same amount of crops that it would take 4 acres to grow in soil. This means that a hydroponic farm uses a negligible amount of physical real estate, while still producing more than enough food. Not only that, these farms don’t need to be constructed in new buildings. Soil-less farming allows us to make the most use of existing structures that have no current purpose. A sustainable farm is perhaps one of the best uses of neglected urban structures for which no other use can be found. Adding to that, it also allows farmers and logistics companies to reduce the mileage from the farm to the consumer. In turn, this means less fossil fuels are used, and less emissions are released into the atmosphere. ### Growing into sustainability It’s improbable to think that every traditional farm will be converted into a hydroponic operation in the next 20 years. However, hydroponics is a sustainable solution to create a reliable food source, regardless of local climate, poor weather conditions and other natural damage. Beyond its sheer reliability, hydroponic farming is growing because of the increasing emphasis on minimizing environmental damage, efficiently using resources and optimizing crop growth. **Originally published: Food Logistics** --- # How Does Humidity Affect Your Health? URL: https://imatrixsys.com/blog/how-does-humidity-affect-your-health/ There are plenty of things outside of our control that affect our health in different ways. For example, cold weather, sick coworkers, and hot, humid summers. However, once we’re in our own homes, we’re more or less in control of our environment. Of course, the environment within the home can affect our health (and comfort) too, whether or not we’re aware of it. One of the most vastly overlooked things we can control (and rarely do) is humidity. So how does humidity affect your health? Humidity doesn’t just affect the condition of our possessions and our home itself. It also determines how comfortable we are, and surprisingly, how healthy we are. ### Effects of Low Humidity You might notice when the weather turns cooler that you struggle more with dry skin, static, and more. While these can all be bothersome in their own right, there are other ways low humidity affects your health that you’re probably not aware of. So how does humidity affect your health when there’s hardly any of it at all? #### Dry, itchy skin This is one consequence of low humidity that most people are familiar with. Whether you’re inside or out, the winter air is often drier than in warmer seasons. When you’re surrounded by dry air, your skin begins to dry out both on the surface and the deeper layers. As a result, you might notice itchy skin, dry spots, flaking, and even cracking when your skin becomes seriously dry. Low humidity also has more significant impact in areas where your skin is thinner and more delicate. Namely, your lips. It’s no revelation that most people experience some form of dry, chapped, lips that might result in flaking or cracking. This might sound like a superficial, albeit uncomfortable problem. However, it actually puts your overall health at risk. We all know winter as ‘cold and flu season,’ and most people go to great lengths to avoid getting sick. Unfortunately, dry and cracked skin actually makes it easier for viruses and pathogens to get into your system. #### Breathing and respiratory problems One of the first things to affect your respiratory system in winter is low humidity. You’ll probably notice it’s harder to breathe through your nose, because your sinuses feel more dried out. This is due in part to low humidity, as well as cold air entering your nasal tract. There’s not much you can do to control these conditions outside, although you can monitor and regulate your humidity at home to ease the discomfort. Another reason we think of winter as ‘cold and flu season’ is because it’s much easier to get sick. We mentioned that dry, cracked skin can contribute to this, but the air itself also makes it much easier for viruses to stick around. When sick people are coughing and sneezing around you, those tiny droplets don’t stick around for as long in low humidity. However, the viruses *do* stick around for significantly longer. This is because while the droplets carrying viruses dry out, the viruses can survive for a greater period of time in low humidity. You might notice other conditions you don’t usually experience during warmer months, like more frequent bloody noses (from dried out nasal passages) and an itchy, uncomfortable throat. People that suffer from asthma and allergies might also notice their symptoms increase in severity. #### Dry eyes At some point in our lives, most people experience dry eyes. Unfortunately, like so many health conditions, dry eyes are far more common in winter when there’s low temperatures and humidity. Our eyes have a natural film of tears that not only keeps us comfortable, but also protects from outside microbes. If that’s not enough, dry eyes can do more than make you uncomfortable. They can also affect your ability to work at your top efficiency. Because your ‘tear film’ dries out quickly in low humidity, your eyes can’t refresh themselves as they usually would. As a result, you’ll find yourself blinking more frequently. That might not seem like a big deal, but all in all, it does affect anything you need your eyes for at work. For example, reading the latest company documents, sending important emails, or even noticing details important to your job. If you already spend a good portion of your day looking at a screen, dry eyes resulting from low humidity only exacerbate the problem. ### Effects of High Humidity You’re more likely to experience high humidity in warmer months. However, depending on where you live, and the weather conditions, you’ll experience more or less humidity. Much like low humidity, high humidity can have real impacts on your comfort, and your health. These aren’t anything less significant, but they do present their effects in different ways. Next, how does humidity affect your health when there’s way too much of it? #### Breathing problems Even if you don’t have allergies, you can experience something that feels similar in conditions with high humidity. This is actually called *nonallergic rhinitis*. Essentially, the high humidity causes your body to produce more mucus, which you’ll notice in your nose, sinuses, and throat. You might notice it’s harder to breathe (either through your nose, mouth, or both), with a runny nose and more sneezing and coughing than you usually would. However, if you do have allergies or asthma already, chances are that high humidity will only increase your symptoms. For people with asthma, the combination of high humidity and heat often makes it harder to breathe because your airway resistance increases. When it’s harder to breathe, people with asthma are more likely to cough, wheeze, and even suffer attacks. High humidity is also an invitation for numerous irritants to occupy your breathing space. It’s a common fact that humid environments help mold, fungi, and bacteria to grow, but they also help dust mites grow. All of these enter the air in your home, and irritate your breathing and allergies. As dust mites are a leading allergy, high humidity can affect nearly anyone with allergies. #### Overheating and dehydration Our bodies are naturally equipped to help us deal with high heat, and through sweating we can cool down. High humidity might make you feel like you’re constantly sticky and sweaty, but in reality, you’re not actually cooling down as you should. Yes, you’ll still sweat. However, the reason we sweat is because in the process of evaporation it cools us down. In an environment with high humidity, the sweat can’t evaporate and cool our bodies down like it should. Not only that, high humidity makes even lower temperatures feel much hotter. Combining the hotter temperatures with excessive sweat (that also doesn’t evaporate to cool us down), ultimately results in loss of fluids and important resources that our bodies need. You can end up suffering from heat stroke, exhaustion, discomfort, and much more. #### Skin conditions Low humidity can cause ‘winter rash,’ which is basically dry, flaky, and itchy or irritated skin. However, high humidity conditions can cause just as much discomfort when it comes to your skin. For most people, these skin problems show up as what we refer to as ‘heat rash.’ These rashes happen when you’re in hot, humid environments and your skin has sweat on it for extended periods of time. While it’s not a life threatening condition, it’s certainly not comfortable. It often appears reddish and inflamed, and itches or tingles. It’s caused by high heat and humidity clogging your sweat glands, ultimately causing the heat rash. ### What Can You Do When Humidity Affects Your Health? The effects of both high and low humidity affect not only our comfort, but also our health. So what can you do to ease the strain? When you’re outside, or in any environment you can’t control, you’ll have to take other measures to protect yourself. In high humidity, you have to ensure you drink plenty of water and regulate the time you spend outdoors. Rinsing your skin once indoors can also help reduce discomfort. If you suffer from asthma or allergies, take the proper measures to reduce your symptoms. Indoors, a de-humidifier can help reduce humidity and reduce the likelihood of discomfort. Not only that, it can help slow the growth of molds, mildew, and other irritants. Whether you’re at home or in the office, a small de-humidifier can help you manage your environment. In low humidity, you can take measures to increase your own comfort and reduce ill health effects. When outdoors, cover up and use moisturizers to ease dried out, itchy skin. Much like with high humidity, there are tools you can use to increase your comfort indoors. In this case, a humidifier can add the moisture in the air you need to avoid side effects from low humidity. Monitoring humidity is one key way to regulate your environment, and stay healthy and comfortable. Weather services often provide information about local humidity, although you can monitor humidity for yourself within your home. According to the Mayo Clinic, the ideal relative humidity (RH) indoors is between 30 and 50%. A hygrometer measures relative humidity within the air, and can help you assess the humidity within your home. Once humidity levels fall out of your comfort range, you can use either a humidifier or de-humidifier to correct it. ## Recommended iMatrix Sensors ## NEO-1D Wireless Temperature and Humidity Sensor $59.00Add to cart## NEO-1DP Wireless Temperature and Humidity Sensor $49.99Add to cart## NEO-1P Wireless Temperature Sensor with Probe $49.00Add to cart## Sentry-1 Wireless Door/Window Sensor $29.00Add to cart## NEO-1 Wireless Temperature and Humidity Sensor $24.99Add to cart## NEO-1D Wireless Temperature and Humidity Sensor $59.00Add to cart## NEO-1DP Wireless Temperature and Humidity Sensor $49.99Add to cart## NEO-1P Wireless Temperature Sensor with Probe $49.00Add to cart## Sentry-1 Wireless Door/Window Sensor $29.00Add to cart## NEO-1 Wireless Temperature and Humidity Sensor $24.99Add to cart## NEO-1D Wireless Temperature and Humidity Sensor $59.00Add to cart## NEO-1DP Wireless Temperature and Humidity Sensor $49.99Add to cart## NEO-1P Wireless Temperature Sensor with Probe $49.00Add to cart## Sentry-1 Wireless Door/Window Sensor $29.00Add to cart --- # How Temperature Data Loggers Can URL: https://imatrixsys.com/blog/how-temperature-data-loggers-can-revolutionize-food-safety-in-the-supply-chain/ ## Importance of food safety in the supply chain Food safety in the supply chain is crucial for ensuring that consumable products meet quality standards and are safe for consumption. **Temperature data loggers** play a significant role in this process by monitoring and recording temperature variations throughout the supply chain. By maintaining optimal temperature conditions, the risk of food contamination and spoilage is minimized, ultimately leading to safer products reaching consumers. Temperature data loggers help in identifying and addressing any potential issues promptly, ensuring that food safety standards are met at every stage of the supply chain. ## Role of temperature data loggers in ensuring food safety Temperature data loggers play a crucial role in ensuring food safety along the supply chain. These devices monitor and record temperature levels during the transportation and storage of food products. By tracking temperature variations, data loggers help identify and prevent potential risks of food spoilage and contamination. With this continuous monitoring, food businesses can maintain the quality and safety of their products, ultimately enhancing consumer trust and satisfaction. ## Benefits of using temperature data loggers Temperature data loggers play a crucial role in maintaining food safety during transportation and storage. By using these devices, companies can ensure that their products are kept at the appropriate temperature throughout the supply chain. This ultimately helps in reducing the risk of contamination and spoilage, leading to higher food quality and safety standards. **Some benefits of using temperature data loggers** include: **Real-time monitoring:**Temperature data loggers provide real-time data on the conditions of the food products, allowing for quick interventions if temperatures deviate from the required range.**Compliance:**By using temperature data loggers, companies can meet regulatory requirements and demonstrate their commitment to food safety standards.**Cost-effective:**Investing in temperature data loggers can lead to significant cost savings by preventing food wastage due to temperature fluctuations.- By leveraging the benefits of temperature data loggers, companies can revolutionize food safety practices in the supply chain, ensuring that consumers receive safe and high-quality food products. ## Features to consider when choosing temperature data loggers Temperature data loggers come in various shapes and sizes, each with its own set of features to help ensure food safety in the supply chain. Here are some key considerations when choosing a temperature data logger: **Accuracy**: Look for a data logger with a high level of accuracy to ensure that temperature readings are reliable.**Data Storage Capacity**: Consider the amount of data the logger can store and if it meets your monitoring needs.**Battery Life**: A longer battery life means less frequent replacements, ensuring continuous monitoring.**Connectivity Options**: Evaluate whether the logger offers options for data retrieval such as USB, WiFi, or Bluetooth.**Alarm Capabilities**: Look for loggers with alarm features to alert you of temperature deviations promptly.**Durability**: Choose a rugged and durable data logger that can withstand the conditions of your supply chain. ## How temperature data loggers work Temperature data loggers are small devices that monitor and record temperature levels in various environments. These loggers can be placed in storage areas, vehicles, or shipping containers to track temperature changes. When the logger detects fluctuations outside the set parameters, it stores this data for analysis. Most data loggers have software that allows users to download and review the recorded information for quality control purposes. ## Types of temperature data loggers available There are various types of temperature data loggers available to meet different needs. Some common types include single-use, multi-use, Wi-Fi enabled, and Bluetooth temperature data loggers. Single-use loggers are cost-effective for one-time use, while multi-use loggers can be used multiple times. Wi-Fi enabled loggers allow real-time monitoring and alerts, and Bluetooth loggers offer wireless connectivity for easy data retrieval. Each type has its own advantages and may be suitable for different scenarios in ensuring food safety in the supply chain. ## Installation and setup of temperature data loggers Temperature data loggers are easy to install and set up, making them convenient tools for monitoring food safety in the supply chain. You can typically place them directly in the desired location, such as a refrigerated storage unit or a transport container. **Ensure the logger is properly positioned**, allowing for accurate temperature readings. Once in place, you can configure the settings according to your specific requirements. **This usually involves setting the desired temperature range** for monitoring and how frequently you want the data to be recorded. **Many loggers offer user-friendly interfaces for simple setup**, making it accessible even for those without extensive technical knowledge. **After installation and configuration**, the logger will start recording temperature data automatically, providing valuable insights into the safety of your food products throughout the supply chain. ## Monitoring and recording temperature data To ensure food safety in the supply chain, temperature data loggers are used to monitor and record temperature data throughout the journey of perishable goods. These devices track the temperature of the products from production facilities to warehouses to transportation vehicles. By accurately **monitoring and recording** temperature fluctuations, businesses can identify potential issues like improper storage conditions or transportation delays that may affect the quality and safety of the products. With this data, companies can take proactive measures to maintain the integrity of the food products and improve overall food safety standards in the supply chain. ## Incorporating temperature data loggers in the supply chain Temperature data loggers are small devices that monitor and record temperature changes during transportation and storage. By incorporating temperature data loggers in the supply chain, companies can ensure that food products are kept at the right temperature levels to maintain quality and safety. Here are some key benefits of using temperature data loggers: - Prevents spoilage and contamination of food products - Helps in identifying potential issues in the supply chain - Increases transparency and accountability in the food industry ## Ensuring compliance and quality control in food transportation Temperature data loggers are essential for ensuring compliance and quality control in food transportation. They help monitor and record temperatures throughout the supply chain, from production to delivery, to make sure that food remains safe for consumption. By using these loggers, companies can track temperature fluctuations and address any issues promptly to maintain the quality and safety of the food products. ### Recommended iMatrix Products: ## NEO-1D Wireless Temperature and Humidity Sensor $59.00Add to cart## NEO-1DP Wireless Temperature and Humidity Sensor $49.99Add to cart## NEO-1P Wireless Temperature Sensor with Probe $49.00Add to cart## Sentry-1 Wireless Door/Window Sensor $29.00Add to cart## NEO-1 Wireless Temperature and Humidity Sensor $24.99Add to cart## NEO-1D Wireless Temperature and Humidity Sensor $59.00Add to cart## NEO-1DP Wireless Temperature and Humidity Sensor $49.99Add to cart## NEO-1P Wireless Temperature Sensor with Probe $49.00Add to cart## Sentry-1 Wireless Door/Window Sensor $29.00Add to cart## NEO-1 Wireless Temperature and Humidity Sensor $24.99Add to cart## NEO-1D Wireless Temperature and Humidity Sensor $59.00Add to cart## NEO-1DP Wireless Temperature and Humidity Sensor $49.99Add to cart## NEO-1P Wireless Temperature Sensor with Probe $49.00Add to cart## Sentry-1 Wireless Door/Window Sensor $29.00Add to cart --- # How to Store Food Safely – What You Need URL: https://imatrixsys.com/blog/how-to-store-food-safely-what-you-need-to-know/ Think you know how to store food safely? Safe food storage is about more than just keeping your grocery bill down. Storing food safely, and properly, also keeps you and your family safe. There are plenty of foodborne illnesses that can cause everything from mild discomfort to serious sickness that can even require hospitalization. We all know about the havoc a salmonella or E. coli outbreak can cause, but there are also other microorganisms, like the botulism causing C. botulinum, that we need to avoid. How can we keep these microorganisms at bay? Using proper refrigeration, storage, and freezing to preserve our food. ## What You Need to Know First About Storing Food Safely There are some very basic rules that you can follow to store your food safely. No matter what, these basic guidelines don’t change, and they’re the first step to keep your food and yourself safe and healthy. #### Understand your appliances Some appliances, like your refrigerator, come with preset temperatures. However, don’t rely on factory settings to keep your food at the right temperature. Even when you set the temperature yourself, you should still keep an eye on it to make sure it’s actually working as it should. In general, your freezer should stay at 0 degrees fahrenheit (or negative 18 celsius). When it comes to your refrigerator, make sure it’s set to cool at no higher than 40 degrees fahrenheit. If possible, a little lower is even better. #### Clean out the fridge We’re all guilty of letting food sit in the fridge for a little longer than it should. However, spoiled foods can cause some illness, and even if they don’t, it’s not worth eating moldy food. If it doesn’t look or smell right, don’t take the chance. Toss out any food that you’re not sure is good. Mold starts small, but it grows quickly. #### Don’t leave food on the counter It’s easy to forget food on the counter, especially if you have a lot of groceries to put away. Remember that foods that are intended to be frozen or refrigerated are that way for a reason. These foods can spoil or get contaminated easily if they aren’t chilled properly. The *two hour rule* is a good rule of thumb: don’t leave items out for more than two hours if they’re intended to be kept at cold temperatures. Of course, if it’s warmer, you’ll also need to put them away even sooner. #### Don’t neglect directions If you buy a food item that comes with instructions on how to store it, don’t ignore them. These instructions are for your safety, and you need to follow them to keep your food safe and properly stored. Even if it’s an item you typically store in your pantry, keep in mind that there may be other ingredients or reasons the directions tell you to refrigerate it. ### What About Pantry (non-refrigerated) Items? Food items that don’t need to be frozen or refrigerated are a little easier to safely store. However, they can still harbor microorganisms that can make you sick. If the packaging looks like it’s been tampered with, don’t chance it. Canned items are another thing you should pay attention to. If the can doesn’t look like a uniform, typically shaped can, it might not be any good. If the can is swollen, dented, sticky, or even rusted, it’s better to avoid using the food inside. Another rule of thumb is to store food with like items. That means you shouldn’t be keeping food alongside non-food items, like laundry detergent, cleaners, or anything else that isn’t safe for consumption. ### What to Know About Freezing Food There are a lot of misconceptions about freezing food. Keeping food frozen does make it safer, and it doesn’t reduce the nutritional value of the food itself. And while you might not enjoy eating food with freezer burn, it’s still perfectly good (even if the taste isn’t what it used to be). Keep in mind that any food will lose some of the original flavor after being in the freezer for a long time. Most residential freezers don’t get cold enough to kill bacteria, but they do reach 0 degrees fahrenheit, which prevents and stops any bacteria growth. As long as the food stays frozen, it’s as safe to eat as when you put it in. Freezing and refrigerating your food is a safe way to store it. However, like any other appliance, freezers and refrigerators can lose some power and accuracy over time. If they aren’t reaching the low temperatures they should be, then your food isn’t as safe anymore. There are different ways to keep an eye on your appliances’ temperatures, although most people use thermometers or sensors that they install in an easily visible location. It’s recommended to check the temperature at least once weekly to ensure safe food storage. ### Refrigerator Best Practices Whenever you store food in your fridge, you delay the growth of microorganisms that can make you sick. However, there are some things you probably haven’t considered (and really should) about how you use your refrigerator. First, keep your fridge clean. It’s not a fun task, but it does prevent bacteria from growing in unexpected or hard to reach spots. Don’t let crumbs and spills sit and spoil. Clean up any messes right away, and make sure you check for spoiled or expired food frequently. Next, you need to prep your food for storage properly before you put it in the fridge. Always seal foods in packaging that allows as little airflow as possible. This also means you shouldn’t be leaving uncovered foods in the fridge, especially those which may spoil quickly, like raw or cooked meat. We know most people like a good marinade. However, most people don’t also go about it the safe way. It’s fairly common to marinate food on the counter, but that creates an opportunity for bacteria and foodborne illnesses to grow. Instead, use your fridge to marinate your foods. ### What to do About a Power Outage – Is Your Food Still Safe? If you follow all the above practices, you’re keeping your food safe. However, no matter how safely you store your food, there are things you simply can’t control: like a power outage. So what can you do if your power goes out to make sure your food stays safe? When you first notice a loss in power, avoid the temptation to open your fridge. Keeping it closed also maintains the temperature, at least for a little while. If you don’t open the doors, your refridgerator can stay cool for about four hours. In a short power outage, that might be enough to get you through, and keep your food safe. If the power outage lasts less than four hours, chances are your food is perfectly safe (assuming you keep your refrigerator and freezer at optimal temperatures, namely, below 40 degrees). When power outages last longer, it’s trickier. If you have a sensor or thermometer in your fridge or freezer, just make sure they’re at the right temperature. If you don’t, you’ll need to go through your food stores item by item to check them. Most refrigerated and frozen foods can sit out of a little bit- remember the two hour rule. However, anything beyond that and microorganisms begin to grow in the food. If you’re not sure, or a certain item seems questionable, it’s best to toss it out and avoid potentially getting sick from eating it. ## Recommended iMatrix Sensors for Fridge Temperature Control ## NEO-1D Wireless Temperature and Humidity Sensor $59.00Add to cart## NEO-1DP Wireless Temperature and Humidity Sensor $49.99Add to cart## NEO-1P Wireless Temperature Sensor with Probe $49.00Add to cart## Sentry-1 Wireless Door/Window Sensor $29.00Add to cart## NEO-1 Wireless Temperature and Humidity Sensor $24.99Add to cart## NEO-1D Wireless Temperature and Humidity Sensor $59.00Add to cart## NEO-1DP Wireless Temperature and Humidity Sensor $49.99Add to cart## NEO-1P Wireless Temperature Sensor with Probe $49.00Add to cart## Sentry-1 Wireless Door/Window Sensor $29.00Add to cart## NEO-1 Wireless Temperature and Humidity Sensor $24.99Add to cart## NEO-1D Wireless Temperature and Humidity Sensor $59.00Add to cart## NEO-1DP Wireless Temperature and Humidity Sensor $49.99Add to cart## NEO-1P Wireless Temperature Sensor with Probe $49.00Add to cart## Sentry-1 Wireless Door/Window Sensor $29.00Add to cart --- # iMatrix EdgeUpLink’s Programmable eSim URL: https://imatrixsys.com/blog/imatrix-edgeuplinks-programmable-esim-cards-enabling-worldwide-iot-connectivity-for-oems-across-700-mobile-networks/ ### **Introduction:** iMatrix EdgeUpLink eSim service revolutionizes IoT connectivity with its cost-effective, private, secure, and scalable way to connect “things” worldwide. With the service’s Global Access for Things feature, IoT OEMs can experience seamless data transmission across networks, including T-Mobile, AT&T, and Verizon, while the network’s advanced features, such as guaranteed QoS and analytics, provide businesses with deeper insights and control over their IoT devices. **Key Features of Programmable eSim Cards:** One of the key features of the EdgeUpLink eSim service is Global Access for Things, a global private IP network that offers scalable bandwidth with quality management and QoS. This network guarantees connections to over 700 + networks worldwide, making it the ideal choice for businesses looking for a single source for global mobile access. In addition to its Global Access for Things feature, the iMatrix EdgeUpLink eSim service offers a variety of features, including advanced security protocols, multiservice media, and unlimited roaming capabilities. ### eSim **Zones and Plans:** iMatrix EdgeUpLink offers various plans with varying fixed and pooled monthly data capacities, each of which can operate in various zones enabled by the OEM. The zones include: - Zone 1: Including EU - Zone 2: Including US - Zone 3: Including Asia Pac, Core Africa, and the Baltic States - Zone 4: Including World 1 - Zone 5: Including World 2 **Analytics:** The service also offers analytics capabilities, providing deeper insights into data traffic with identification and reporting on top data usage devices, data used per country, top applications or protocols used, and the amount of data used by each eSim. **Conclusion:** In summary, iMatrix EdgeUpLink eSim service is an innovative solution that offers IoT OEMs a cost-effective, private, secure, and scalable way to connect their “things” worldwide. With its advanced features, including guaranteed QoS and analytics, businesses can have deeper insights and control over their IoT devices. Additionally, the cutting-edge technology eliminates any need for physical cards as it works directly from your device’s existing software settings – making setup quick and simple! In summary, iMatrix EdgeUpLink eSim service is an innovative solution that offers IoT OEMs a cost-effective, private, secure, and scalable way to connect their “things” to over 700 mobile networks worldwide. With the service’s Global Access for Things feature, IoT OEMs can experience seamless data transmission across networks, including T-Mobile, AT&T, and Verizon, while the network’s advanced features, such as guaranteed QoS and analytics, provide businesses with deeper insights and control over their IoT devices. --- # iMatrix Systems New NEO Sensors Aid URL: https://imatrixsys.com/blog/imatrix-systems-new-neo-sensors-aid-monitoring-of-restaurant-refrigeration-and-freezer-operations-to-eliminate-food-waste/ **LAKE TAHOE, Nev., October 04, 2022**–(BUSINESS WIRE)–iMatrix Systems, an Industrial Internet of Things (IIoT) technology company, today announced new products developed to assist restaurants in maintaining food safety and reduce the possibility of food waste. New iMatrix NEO Model environmental sensors and applications were designed to monitor temperature levels in commercial refrigeration and freezer systems used by restaurants that will alert owners and managers of system failures that result in rising temperatures that cause food to spoil. These devices even alert kitchen staff if a refrigerator or freezer door is open for longer than normal. These new iMatrix products make it easier for restaurateurs to maintain compliance and reduce costs on food waste. This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20221004005468/en/ Check out iMatrix Systems cold chain technology at iMatrixsys.com (Graphic: iMatrix Systems) “The NEO model sensors by iMatrix are specifically designed to detect temperature and humidity, and submit the data to the iMatrix cloud system in real time,” said Greg Phillips, CEO, iMatrix Systems. “These innovations not only improve the safety of consumers, but also allow restaurant and deli businesses to run more efficiently and increase profits.” The new NEO model sensors work through a mesh network, allowing quick, seamless integration into existing systems. The sensors act as standalone devices, but they also work as part of a larger system that operates with the goal of improving standard operating procedures within the industry. Having seen waste and inefficiency as a major problem for food service providers, iMatrix developed a solution to fit these businesses, from a small café to large food service providers like cafeterias or banquet halls. The number of sensors recommended depends on the size of the operation, and the cold storage units that need to be monitored. iMatrix recommends a sensor for each cold storage unit, to better allow business owners to monitor and maintain their units and temperature sensitive food products. With end-to-end transparency, restaurant owners gain assurances food is kept at proper temperatures before cooking resulting in greater food safety, reduced food waste, and better record keeping for compliance audits. **About iMatrix Systems** iMatrix Systems is an Industrial Internet of Things (IIoT) solutions provider founded in 2018 and emerged from stealth in 2021. The company’s cloud platform and dedicated sensors apply to markets in healthcare, residential and commercial buildings, restaurants and hospitality, critical infrastructure, hydroponics, soil monitoring, and management. The company offers ideal solutions for the Cold Chain markets. The company, based in Lake Tahoe, NV, has offices around the country. For more information, go to https://imatrixsys.com/. View source version on businesswire.com: https://www.businesswire.com/news/home/20221004005468/en/ **Contacts** Dan Chmielewski Madison Alexander PR 714-832-8716 949-231-2965 dchm@madisonalexanderpr.com **Originally published: Business Wire** --- # iMatrix Systems Launches From Stealth URL: https://imatrixsys.com/blog/imatrix-systems-release-22022022/ *Secure Communications Sensor Technologies and Cloud Services for the emerging Industrial Internet of Things (IIoT) market for Commercial Buildings, Agriculture, Critical Infrastructure and Residential* **LAKE TAHOE, NV, February 22, 2022 —** iMatrix Systems today announced that the company has emerged from stealth with an initial round of angel funding exceeding $2 million to launch a complete SaaS iMatrix Cloud IoT solution, including a portfolio of wireless sensors. Initial offerings include Cold Chain solutions for temperature, humidity, door open/close alerts, leak detection, and Hydroponic Farming related sensors for the emerging Industrial Internet of Things (IIoT) and Internet of Things (IoT) markets. The company focuses on IoT-related systems involving Environmental Sensors, Agriculture and Building management controls, and sensors. iMatrix cloud can also operate on-premise for customers needing to maintain complete data control. The company debuts the iMatrix Micro Gateway bridge to enable all wireless sensor configuration, control, monitoring, and analytics managed through the iMatrix proprietary cloud services. This breakthrough technology leverages robust cloud services for monitoring and effective edge management for various markets. iMatrix is an ideal monitoring/management security solution for agriculture, residential and commercial buildings, the emerging commercial cannabis industry, water and irrigation systems, heating/ventilation and air conditioning (HVAC) systems, and critical infrastructure. Founder and serial entrepreneur Greg Phillips has spent more than 35 years in executive roles in product development explicitly targeting communications products, including SCADA systems, IoT, Cloud Computing Platforms, Broadband wireless equipment ranging from Base Station to multi-radio meshed network gateways and subscriber units. He founded the first Australia-wide Internet Service provider and successfully exited with a sale to Asia Online at the peak of the dial-up Internet Access market. Phillips has designed and licensed communications products for industry leaders, including Analog Devices, Nortel, IBM, Toshiba, GEC, Telstra. “IoT and IIoT devices power our global economy with billions in revenue today and expect to reach $1.6 trillion by 2025,” said Phillips. “Currently, we’re nearing 30 billion IoT devices in use, with as many as 60 billion or higher by the close of 2025. These devices can do everything from monitoring ambient conditions, creating a home or corporate security system, remotely controlling our cars, and much more. And we believe the iMatrix suite of offerings is an ideal fit for the highest growth markets of this decade. “We have spent the last two years building a team of amazing engineers building a massively scalable cloud sensor collection and tracking system. The well hierarchically structured and clean User Interface design provides the mobile and Web-based user with concise monitoring, configuration, including a sophisticated multi-layer notification system for alarm conditions.” Target markets for iMatrix products include the temperature logger vertical, medical markets for the blood supply and biospecimen chain, restaurant, and hospitality for food and spirits, the shipping industry (in the temperature-controlled Cold Chain environment), home and health (including RVs, hotels, vacation homes), temperature loggers for business locations, and agriculture (including cannabis) and food supply chain. “Consider the fact that IoT devices have intimate access to the closest details of our lives and our businesses,” said Phillips. “With access to a leak monitoring, and freezer and refrigeration systems, a hacker can view and record anything the sensors can see. Suppose a hacker intercepts data packets during transmission and creates false flags, either fabricating false locations or sensor readings or preventing real emergencies from being detected. In these cases, they can steal the crucial information your business relies on to keep you safe and ahead of competitors. iMatrix’s secure data collection system keeps our customer’s data secure.” **iMatrix Product Offerings** - The iMatrix BLE sensor NEO-1 - The iMatrix NEO-1P - The iMatrix NEO-1D - The iMatrix NEO-1DP - The Sentry-1 Door/Window Sensor - The iMatrix Micro and Series-1 Wi-Fi Gateways - The iMatrix Cloud System **About iMatrix Systems** iMatrix Systems is an Industrial Internet of Things (IIoT) solutions provider founded in 2018 and emerged from stealth in 2021. The company’s cloud platform and dedicated sensors apply to markets in healthcare, residential and commercial buildings, restaurants and hospitality, critical infrastructure, hydroponics, soil monitoring, and management. The company offers ideal solutions for the Cold Chain markets. The company, based in Lake Tahoe, NV, has offices around the country. For more information, go to https://imatrixsys.com/. Media Contact: Dan Chmielewski Madison Alexander PR 714-832-8716 949-231-2965 dchm@madisonalexanderpr.com --- # IoT Global Connectivity Made Easy with URL: https://imatrixsys.com/blog/iot-global-connectivity-made-easy-with-imatrix-programmable-esims-for-nordic-nrf9160-cellular-iot-module/ iMatrix Systems has collaborated with Nordic, the world’s largest international cellular data carriers, to provide low-cost EdgeUplink programmable eSIMs. These eSIMs are plug-and-play and work out of the box with the Nordic SDK. iMatrix offers a wide variety of plans with varying pooled monthly data capacities that operate in different zones, including EU, US, Asia Pac, Core Africa, Baltic States, World 1, and World 2. OEMs can also benefit from iMatrix’s custom portal to monitor their Programmable eSims’ data usage, network connectivity, security, and activation/deactivation in real time. With this service, Nordic’s nRF9160 cellular IoT customers can enjoy instant high-quality global connectivity without having to negotiate and manage multiple relationships with individual local cellular carriers worldwide. Unlike traditional SIM cards, the EdgeUplink eSIM is remotely programmable and can hold multiple sets of local network operator credentials. It meets all relevant GSM Association (GSMA) standards. The nRF9160 SiP is significantly smaller, has lower power, and has more security features than any other cellular IoT module launched for LTE-M and NB-IoT applications. The nRF9160 SiP integrates everything a cellular connection and IoT application may need, including a multimode LTE-M / NB-IoT modem, a SAW-less transceiver, a custom RF front-end solution from Qorvo, and integrated GPS support. It also incorporates Arm’s latest Arm Cortex M-33 CPU core, 1MB of Flash, and 256kB of RAM onboard memory. The nRF9160 SiP is certified for global operation, has unique IoT-targeted features, and is dramatically easier to design-in. In summary, iMatrix’s EdgeUplink eSIMs and Nordic’s nRF9160 cellular IoT module provide OEMs with ultra-easy global connectivity and complete control over their data usage. --- # New White Paper Highlights the Role of URL: https://imatrixsys.com/blog/new-white-paper-highlights-the-role-of-imatrix-sensors-in-enhancing-building-commissioning-and-monitoring/ In the ever-evolving landscape of construction and building management, the significance of environmental monitoring cannot be understated. iMatrix Systems has recently released a compelling white paper that emphasizes the critical role of their NIST-certified sensors in ensuring the structural integrity and longevity of construction projects. This blog entry explores the key insights and innovations detailed in the white paper. ## Importance of Environmental Monitoring The white paper titled “Building Commissioning and Monitoring with iMatrix Sensors” delves into how temperature, humidity, and air pressure significantly impact construction materials and processes. For example, concrete and wood, which are susceptible to environmental conditions, can expand, contract, or degrade, potentially leading to long-term structural issues. Here, iMatrix Systems’ high-precision sensors play a pivotal role by providing accurate data that aids in making informed decisions to maintain strict project specifications. ## Certified Reliability What sets the iMatrix sensors apart is their NIST certification, which assures that they meet stringent accuracy and reliability standards. This certification is crucial for construction managers and engineers who rely on precise data to optimize construction schedules and prevent material wastage due to environmental variations. ## Innovative Sensor Technology The white paper provides an in-depth look at the various types of sensors used: - Temperature Sensors: Essential for monitoring conditions affecting material curing and the operational integrity of HVAC systems. - Humidity Sensors: Utilize capacitive measurement technology to control moisture critical in preventing mold growth and managing drying times for finishes. - Air Pressure Sensors: Monitor atmospheric pressure essential in high-rise construction for ventilation efficiency and material drying times. ## Enhancing Safety and Efficiency The deployment of these sensors not only supports the structural integrity but also enhances the operational efficiency and sustainability of buildings. The white paper details how real-time data from these sensors enables construction teams to adjust processes dynamically, ensuring all components function as intended in the completed structure. ## Case Studies and Practical Applications Highlighting real-world applications, the white paper includes case studies where iMatrix sensors have been instrumental in preventing common construction errors such as premature formwork removal or inadequate curing times in concrete installations. These scenarios underscore the benefits of integrating advanced sensor technology in modern construction practices. ## Conclusion The iMatrix Systems white paper is a valuable resource for anyone involved in construction management, offering insights into the benefits of using certified, reliable sensors for building commissioning and monitoring. It’s a testament to how technological advancements are transforming the construction industry, ensuring projects meet today’s high standards of safety, efficiency, and environmental responsibility. For more detailed information, you can access the full white paper at iMatrix Systems. This summary provides an overview of the crucial points covered in the iMatrix Systems white paper, emphasizing the importance of high-quality sensors in the construction industry. If you’re involved in building management or construction, this white paper is an essential read to understand how to leverage technology for better building outcomes. --- # Overview: Fleet Management with iMatrix URL: https://imatrixsys.com/blog/overview-fleet-management-with-imatrix-fleet-connect-for-californias-hvip-program/ **The iMatrix Fleet Connect product is a game-changer for connected electric vehicles, specifically designed to meet the stringent requirements of the California Hybrid and Zero-Emission Truck and Bus Voucher Incentive Project (HVIP). The HVIP program accelerates the adoption of zero-emission vehicles by offering substantial point-of-sale vouchers that help reduce the cost of advanced electric and hybrid vehicles. To ensure compliance and maximize benefits, fleet managers must meet several detailed reporting requirements, where iMatrix Fleet Connect excels.** **iMatrix GEOGuard: CVM – 24/7 Platform** The **iMatrix GEOGuard**: CVM – 24/7 Platform is a robust solution for continuously monitoring and managing electric vehicle fleets. The platform offers real-time, 24/7 monitoring of fleet performance, and key features include: **Continuous Monitoring**:- Enjoy real-time visibility into the status of all vehicles, ensuring operational efficiency and compliance with **HVIP’s**ongoing data reporting requirements. - Fleet managers can monitor **battery health**, vehicle location, fuel savings, and emissions reductions through the**iMatrix platform**. - Enjoy real-time visibility into the status of all vehicles, ensuring operational efficiency and compliance with **Always-On Tracking**:- Always-on vehicle tracking enables the system to transmit location data consistently, vital for safety and compliance with **HVIP**‘s requirements for continuous data reporting. - This functionality ensures that fleet operators can always provide real-time data, especially in the context of **automated reporting,**to meet government standards. - Always-on vehicle tracking enables the system to transmit location data consistently, vital for safety and compliance with **Geo-Fencing**:- Set predefined geographic boundaries, with geo-fencing features ensuring that fleet vehicles only operate within approved regions. Alerts notify managers if a vehicle leaves or enters a specified area, enabling better control and data integrity. **Geo-fencing**helps ensure that vehicles operate within designated**HVIP-compliant areas**, reducing the risk of non-compliance due to off-route travel. **Comprehensive Location Insights and Reporting**:**iMatrix**provides detailed reporting on vehicle routes, operational patterns, and performance metrics. The data can be used to generate**automatic compliance reports**, which track key HVIP metrics such as mileage, energy consumption, and emissions reductions.- Reports are automatically generated and transmitted to **HVIP authorities**, ensuring compliance with the program’s real-time reporting and verification requirements. **Compliance with HVIP Requirements** The **iMatrix Fleet Connect** product is designed to meet the latest HVIP requirements, including the need for continuous **automatic reporting** and comprehensive data tracking: **Real-Time Data Reporting**:**Real-Time Tracking**: All vehicle data, including location, performance, and usage statistics, is transmitted in real-time to ensure fleet managers and**HVIP administrators**have up-to-the-minute information.**Automatic Data Transmission**: The system can automatically generate reports based on collected data, which are sent to**HVIP administrators**without requiring manual input from fleet operators. This eliminates human error and reduces reporting delays, helping fleets meet the strict submission deadlines.- The **automatic reporting system**ensures fleet operators stay on top of their obligations without manual intervention, allowing for smoother incentive disbursements. **Enhanced Security Measures**:- Features like **geo-fencing**and continuous monitoring boost security and enhance the compliance process by ensuring that vehicles operate within the defined parameters. **Data Encryption**: All fleet data transmitted to**HVIP authorities**is encrypted, ensuring the confidentiality and integrity of sensitive information while complying with data protection standards. - Features like **Operational Efficiency**:**Location Insights**and Optimization: Detailed location data is used to analyze fleet performance, optimize vehicle routes, and reduce energy consumption. These metrics are vital for ensuring that fleets remain operationally efficient, a core goal of**HVIP**.**Automatic reporting**helps operators make informed decisions about fleet performance, while contributing to overall program goals for environmental sustainability and operational optimization. **Emissions Data Reporting**:- One of the core aspects of **HVIP**compliance is reporting on the environmental impact of vehicles. The**iMatrix Fleet Connect**system tracks CO2 reduction, fuel consumption savings, and emissions reduction in real-time, ensuring fleet operators can automatically generate required emissions reports for submission to**HVIP authorities**. - One of the core aspects of **Detailed Reporting Requirements for HVIP** Automatic reporting ensures fleet managers meet **HVIP’s detailed reporting requirements** without manual effort. Key reporting components include: **Data Required for HVIP Compliance**:**Vehicle Performance**: Data on mileage, fuel consumption, and operational hours for each vehicle.**Emissions Reductions**: Automatic calculations based on vehicle usage, fuel savings, and distance traveled to report the fleet’s CO2 emissions reductions.**Maintenance and Repairs**: Fleet operators must track and report on vehicle maintenance activities to ensure vehicles remain in optimal condition for**HVIP**compliance. **Frequency of Automatic Reporting**:**Daily Reporting**: Some fleets may need to report daily data to monitor real-time usage patterns, emissions, and performance metrics.**Monthly Summaries**: A detailed report of overall fleet performance, energy consumption, and CO2 reductions can be submitted monthly to ensure continued compliance.**Annual Compliance Reports**: Fleet operators will need to generate an**annual report**summarizing all data for the year, including overall savings, CO2 reductions, and any discrepancies in reporting. The system can generate these reports automatically, ensuring fleet managers have all the necessary data at the end of each year. **Error-Free Data Submission**:- Automatic reporting reduces the risk of errors in data entry, ensuring that the information submitted to **HVIP**is accurate and complete. **Validation Protocols**: The system includes built-in data validation features that flag inconsistencies or missing information, ensuring that only high-quality data is transmitted to the program administrators. - Automatic reporting reduces the risk of errors in data entry, ensuring that the information submitted to **Benefits for Fleet Managers** The **iMatrix Fleet Connect product** provides several advantages for fleet managers, especially in terms of **HVIP compliance**: **Improved Fleet Management**:- The combination of **continuous monitoring**and**always-on tracking**gives fleet managers complete visibility into the status of their vehicles at all times. This real-time data is essential for day-to-day decision-making and ensuring compliance with**reporting regulations**. - With **automatic reporting**, fleet operators can focus on fleet operations, knowing that reporting and compliance tasks are being handled in the background. - The combination of **Enhanced Safety and Security**:**Geo-fencing**ensures that vehicles remain within pre-designated regions. The ability to receive alerts when vehicles deviate from these zones improves fleet security and helps maintain compliance with**HVIP’s**geographic restrictions. - The **always-on tracking**feature allows fleet managers to quickly respond to potential security threats, thefts, or unauthorized movements, ensuring operational continuity. **Regulatory Compliance**:- Detailed, **automatic reports**eliminate the risk of missing or incomplete submissions, ensuring that fleets comply with**HVIP**‘s stringent requirements. Fleet managers can confidently submit real-time data on vehicle performance, emissions reductions, and maintenance, reducing the risk of penalties. - The platform’s **automated reporting**capabilities significantly reduce the administrative burden on fleet managers, freeing up resources for other aspects of fleet management. - Detailed, **Conclusion** The **iMatrix Fleet Connect product**, equipped with the **GEOGuard: CVM – 24/7 Platform**, offers an advanced and comprehensive solution for fleet managers participating in California’s **HVIP**. The platform is tailored to help fleets meet the **HVIP’s** reporting requirements, ensuring data is transmitted automatically and accurately in real-time. Fleet operators can maintain compliance, improve operational efficiency, and optimize their vehicles’ environmental performance—all while minimizing the time spent on manual reporting. For more information, visit the **California HVIP website** to stay updated on the latest program requirements and updates. If you have any questions or need further assistance, don’t hesitate to reach out! --- # Reducing Food Waste: Greg Phillips Of URL: https://imatrixsys.com/blog/reducing-food-waste-greg-phillips-of-imatrix-systems-on-how-they-are-helping-to-eliminate-food-waste/ ### Our focus is on providing sensors and data collection systems that efficiently constantly monitor the cold chain. Detecting when a breach is occurring allows immediate corrective action to prevent the loss of the food. *It **has been estimated that each year, more than 100 billion pounds of food is wasted in the United States. That equates to more than $160 billion worth of food thrown away each year. At the same time, in many parts of the United States, there is a crisis caused by people having limited access to healthy & affordable food options. The waste of food is not only a waste of money and bad for the environment, but it is also making vulnerable populations even more vulnerable.* *Authority Magazine started a new series called “How Restaurants, Grocery Stores, Supermarkets, Hospitality Companies, and Food Companies Are Helping To Eliminate Food Waste.” In this interview series, we are talking to leaders and principals of Restaurants, Grocery Stores, Supermarkets, Hospitality Companies, Food Companies, and any business or nonprofit that is helping to eliminate food waste, about the initiatives they are taking to eliminate or reduce food waste.* *As a part of this series, I had the pleasure of interviewing Greg Phillips.* *Greg Phillips is CEO of iMatrix Systems, an Industrial Internet of Things (IIoT) solutions provider founded in 2018. The company’s cloud platform and dedicated sensors are applicable to markets in healthcare, residential and commercial buildings, restaurants and hospitality, critical infrastructure, hydroponics, soil monitoring, and management. The company offers ideal solutions for the Cold Chain markets.* **Thank you so much for joining us in this interview series! Before we dive in, our readers would love to “get to know you” a bit better. Can you tell us a story about what brought you to this specific career path?** I graduated college with a double major in Computer Science and Instrumental Science and have developed computer communications systems ever since. As a serial entrepreneur, Founding iMatrix and creating a company that uses sensor networks to report data to Cloud Servers was a logical progression from my earlier activities. **Can you share the most interesting story that happened to you since you began at your company or organization?** Developing a company with sensors integrated into the food production and distribution chain has meant we have seen many exciting ways to incorporate the technology to improve the efficiency and safety of the process. One of the most interesting would be starting the very complex process of using machine learning with a new breed of sensors that can smell. These sensors have the potential to detect the results of bacteria mixed in with raw agriculture shipments. Detecting these signals could help prevent the spread of E. coli or other dangerous bacteria at a very early stage and prevent the enormous food losses and cost to human health we unfortunately often see in the media. **Can you share a story about the funniest mistake you made when you were first starting? Can you tell us what lesson you learned from that?** One that comes to mind was when I was working for a Mini Computer company out of New England; I was tasked with assessing how long it would take to provide natural language support in Japanese for a CAD/CAM application. I flew over to the office in Tokyo and spent the next three days and most of the nights, not just assessing the project but completing it. On the fourth day, the CEO came in and asked me how much longer this would take me to work out the time to implement. I then showed him the finished working prototype, the look on his face was something I remember to this day. We ended up demonstrating this to a key customer the next day and walked away with a $12M order on the spot. Needless to say, we enjoyed a very fine dinner that night. **How do you define “Leadership”? Can you explain what you mean or give an example?** In my mind, leadership by example is the best way to help grow our team strengths. My philosophy is “Do it right or don’t do it at all”. Of course, this has to be taken in the context of financial and time reality. We are constantly balancing the scope triangle, whose sides are time, cost, and quality. We may have to sacrifice some features to meet deadlines and budgets but never quality. Integrity and quality are the foundations of our company. **Can you please give us your favorite “Life Lesson Quote”? Can you share how that was relevant to you in your life?** Leaning on my previous answer, my late father stressed this to me as a young boy working in the home workshop; we built all types of things from model aircraft to soapbox cars with sophisticated steering and braking systems. When we would start on a project, he always taught me to start with a plan, and while we repurposed many items (the budget was always tight), I learned the basics of the scope triangle from him. Planning is critical if you want the best outcome, and if you are going to tackle a task, the ”Do it right or don’t do it at all”. **OK, thank you for all of that. Let’s now shift to the main focus of our interview. Let’s begin with a basic definition of terms so that all of us are on the same page. What exactly are we talking about when we refer to food waste?** In my mind, food waste is any time when any element of food delivery fails and the produce or product ends up not being consumed. It could be fruit not being picked or spoiled or discarded food from a consumer’s refrigerator. The areas we are focused on are the cold chain, which is the time from harvest to delivery to the consumer. We are involved with helping to prevent food waste in restaurants with temperature and humidity monitors in refrigeration and freezer systems. **Can you help articulate a few of the main causes of food waste?** The main areas of food waste that we are focused on are when items perish due to poor handling and monitoring. Refrigeration required during storage and transportation can fail, and if not quickly detected, the results can be costly. Providing constant monitoring, combined with a sophisticated notification system helps check the safe storage of food during all distribution stages. **What are a few of the obstacles that companies and organizations face when it comes to distributing extra or excess food? What can be done to overcome those barriers?** Tackling the monitoring of food during transport and storage used to be a very manual process that was prone to failure. Typical cases are where a worker might miss closing a freezer or refrigerator door. A transport worker might not correctly secure the doors of a truck. All these areas are potential reasons for food loss. Providing a low-cost integrated set of sensors with gateways constantly reporting this information to an intelligent cloud computing platform allows for more efficient and transparent mechanisms to prevent loss. We are focused on making this technology available to the greatest possible audience. **Can you describe a few of the ways that you or your organization are helping to reduce food waste?** Our focus is on providing sensors and data collection systems that efficiently constantly monitor the cold chain. Detecting when a breach is occurring allows immediate corrective action to prevent the loss of the food. The detection of a failure could be as easy as a text message to a worker notifying them that a freezer door has been left open. We have sensors that monitor temperature and humidity levels in all environments, Door Open and Close sensors used in refrigeration and freezer systems. A mesh network of sensors that connect to gateways using Wi-Fi or 4G/5G to the cloud. These systems allow for the instant notification of any conditions affecting food health that help prevent food waste. **Are there three things the community/society/politicians can do to help address the root of this problem?** From our experience, there are various standards at the business, county, state, and national level, which form a mismatch of competing requirements. With low-cost sensors and reporting systems now available, we feel that the Federal Government could help the industry significantly by publishing a set of clear guidelines for best practices in this area. With these best practices defined, everyone from the local convenience store to warehouse and distribution networks would understand the right way to monitor these food items in the Cold Chain using technology to cut costs and losses. **What are your “5 things I wish someone told me when I first started” and why. Please share a story or example for each.** As a serial Entrepreneur, I have tripped on more than one occasion. In the early days, I let the enthusiasm of a new venture get in the way of essential judgment on the overall requirements for the business. Fundamentals are about understanding what the actual capital cost of a start-up involves. The R&D phases of getting a working product are just the first steps. Truly designing the product for high volume low-cost manufacturing is a big part of the product development steps. In addition, it is the understanding of the time and costs associated with bringing it to production, forming a sales channel, successfully promoting the products, and sharing the vision that takes more resources than often initially anticipated. As one of my VP of Sales explained to me, Sale is a process. Having the right product in the market and following that process results in success. It’s not quick, but it is a proven way for technology-based solutions. **Are there other leaders or organizations who have done good work to address food waste? Can you tell us what they have done? What specifically impresses you about their work? Perhaps we can reach out to them to include them in this series.** There are some great groups focused on this problem. One that comes to mind is the ReFED (refed.com ); they are the only non-profit that I am aware of that is exclusively focused on food waste. Their website provides a wealth of information and guidance covering issues like Strategies, Activities, near and long-term goals, along with impacts. A group that I think does a tremendous job covering the industry is foodlogistics.com. They are a constant source of quality articles and advice on using the Cold Chain technology to help address food waste. **You are a person of enormous influence. If you could inspire a movement that would bring the most amount of good to the most amount of people, what would that be? You never know what your idea can trigger. ** For me, and something we try hard to do with iMatrix, we try to always think about the environmental impacts of our choices and strive to minimize our environmental impact. This comes from product packaging, designing our product to be recycled and other aspects to ensure we try hard to care for our planet and its many inhabitants. I feel that the cost of a product should reflect its true cost to produce and dispose of. If businesses were forced to price products based on the total impact cost and not just the production and distribution we would see a major shift in the waste and a heavier focus on being carbon neutral and recycling. **Is there a person in the world, or in the US with whom you would love to have a private breakfast or lunch, and why? He or she might just see this, especially if we tag them. ** Lora Cecere of Supply Chain Insights has always impressed me with the wealth of information on her site and her annual Supply Chain Insights — Global Summit. The leaders she brings to this insightful conference have a refreshing, pragmatic view and cover the industry in depth. She is certainly someone I would like to spend some time with. **How can our readers further follow your work online?** Would you please follow along at our website: www.imatrixsys.com, thank you for your time today. **This was very meaningful, thank you so much, and we wish you only continued success.** **Originally published: Authority Magazine by medium.com** --- # Say Goodbye to Spoiled Game: How the URL: https://imatrixsys.com/blog/say-goodbye-to-spoiled-game-how-the-neo-1p-sensor-and-micro-gateway-can-save-your-hunt/ Are you a hunter living in South Dakota? If so, you know the importance of keeping your game fresh. Unfortunately, refrigeration issues can happen to anyone, and it can be a frustrating and expensive experience to lose all your hard-earned meat due to a malfunctioning refrigerator. But what if I told you there was a solution to this problem? Meet the iMatrix NEO-1P sensor, a device that monitors the temperature and other conditions inside your refrigerator in real-time and sends alerts to your phone if there’s an issue. And that’s not all, with the use of a Micro Gateway, you can easily upload the data collected by the sensor to the cloud in real-time. This allows you to access the data from anywhere, and even share it with other members of your hunting party or a repair technician if needed. I know what you might be thinking, “why do I need this sensor? My refrigerator seems to be working fine.” But the truth is, refrigeration issues can happen unexpectedly, and sometimes it’s too late by the time you realize there’s a problem. With the iMatrix NEO-1P sensor, you’ll receive alerts within seconds of an issue arising, allowing you to address the problem before it’s too late. But the benefits of the iMatrix NEO-1P sensor and Micro Gateway combo don’t stop there. It’s also incredibly easy to install and use, making it a great option for hunters of all skill levels. Plus, its compact design won’t take up too much space in your cabin or home. In conclusion, as a hunter in South Dakota, keeping your game fresh is crucial. And with the iMatrix NEO-1P sensor and Micro Gateway combo, you can have peace of mind knowing that your meat will stay fresh and safe, and also have real-time access to the data from anywhere. So don’t wait, invest in the iMatrix NEO-1P sensor and Micro Gateway today and never worry about losing your hard-earned game again. **About iMatrix Systems** iMatrix Systems is an Industrial Internet of Things (IIoT) solutions provider founded in 2018 and emerged from stealth in 2021. The company’s cloud platform and dedicated sensors apply to markets in healthcare, residential and commercial buildings, restaurants and hospitality, critical infrastructure, hydroponics, soil monitoring, and management. The company offers ideal solutions for the Cold Chain markets. The company, based in Lake Tahoe, NV, has offices around the country. For more information, go to https://imatrixsys.com/. --- # Temperature Sensors for Your Business URL: https://imatrixsys.com/blog/temperature-sensors-for-your-business/ There are a lot of businesses that rely on constant, specific temperatures to deliver products and services. For example, florists need to keep freshly cut flowers in a cool environment to keep them fresh. Plenty of medications need to be stored in constant refrigeration to remain usable. Most perishable food goods expire and aren’t safe to eat without the right environment. If you’re in a business that relies on any temperature sensitive product, maintaining temperature is crucial to your livelihood. In the past, maintaining and monitoring temperatures consisted of a lot of manual labor, and manually keeping records. These days, we don’t have to rely on manpower to keep our products fresh. We can leverage technology to make our jobs easier, and our businesses better. ### Does Your Business Need Temperature Sensors? The fact is, whether you’re a grocer or a florist, a pharmaceutical manufacturer or an agriculturalist, or anything in between, you have products that need temperature control. When food goes outside of certain temperature regulations, it can become unsafe to eat. Or if you work in hospitality, unregulated temperatures can disturb guests, create issues with heated pools, or spoil products. No matter what the industry is, keeping an eye on temperatures is important. When you weigh the time, labor, and costs of maintaining and monitoring temperatures, it can tax your business much more than necessary. While temperature sensors do come with a startup cost, they can more than make up for it in what you save over time. If you have products that rely on consistent, regulated temperatures, you can’t afford to go without a temperature sensor and monitoring system. ### Why Choose Temperature Monitoring for Your Business? Temperature sensors do more than simply read the temperature within a given area. We can use thermometers for that. A temperature monitoring system can give you a full picture about the environment your products are in. #### Know when to take action There are some things machines can’t do yet. For example, intervening on your behalf when your products’ environment falls outside of the ‘safe zone.’ A temperature monitoring system will alert you, or a designated person, when temperatures go outside of optimal ranges. You won’t wake up to spoiled products if your climate control fails overnight. Instead, you get an alert so you can take action and save valuable stock. #### View conditions remotely One of the most convenient things about a monitoring system with temperature sensors is that it keeps an eye on the temperature, even when you’re away. Feeling uneasy about leaving stocks of supplies at the office, or using a new refrigerator? You’ll get peace of mind knowing you can access the temperature monitor’s logs from anywhere in the world. #### See detailed history reports Sometimes temperatures can fall into improper ranges without your knowledge. When you check on your stock again, their conditions might seem fine, and they might seem to be in perfect shape. However, a variation in temperature can still ruin your products. Selling a dangerous or unusable product to a customer can easily cause a bad impression, or damage a business’s reputation. You can look at your temperature monitor’s history of logs at any time to ensure your products have stayed at optimal temperatures. #### Reduced errors Even an expert can make mistakes, and even the most reliable worker is subject to human error. Temperature readings can be taken incorrectly, or logged incorrectly. A mistyped number, or stray decimal can make you think a product is fine, even if it’s not. Or, you may think a product is spoiled, even when it’s perfectly good to use and sell. Human error is unavoidable, and a temperature monitoring system takes the time and costs of these errors out of your business equation. ### Can You Use Temperature Sensors for Mobile Goods? Many people mistakenly think that temperature sensors are only for use in fixed locations. However, temperature sensors can help your business if you have to transport your products too. Products that undergo lengthy transportation routes are more susceptible to changing temperatures and unstable conditions. #### Recommended iMatrix Sensors for Businesses ## NEO-1D Wireless Temperature and Humidity Sensor $59.00Add to cart## NEO-1DP Wireless Temperature and Humidity Sensor $49.99Add to cart## NEO-1P Wireless Temperature Sensor with Probe $49.00Add to cart## Sentry-1 Wireless Door/Window Sensor $29.00Add to cart## NEO-1 Wireless Temperature and Humidity Sensor $24.99Add to cart## NEO-1D Wireless Temperature and Humidity Sensor $59.00Add to cart## NEO-1DP Wireless Temperature and Humidity Sensor $49.99Add to cart## NEO-1P Wireless Temperature Sensor with Probe $49.00Add to cart## Sentry-1 Wireless Door/Window Sensor $29.00Add to cart## NEO-1 Wireless Temperature and Humidity Sensor $24.99Add to cart## NEO-1D Wireless Temperature and Humidity Sensor $59.00Add to cart## NEO-1DP Wireless Temperature and Humidity Sensor $49.99Add to cart## NEO-1P Wireless Temperature Sensor with Probe $49.00Add to cart## Sentry-1 Wireless Door/Window Sensor $29.00Add to cart --- # The Benefits of Real-Time Monitoring in URL: https://imatrixsys.com/blog/the-benefits-of-real-time-monitoring-in-agriculture-with-wireless-environmental-sensors/ ## Importance of real-time monitoring in agriculture Real-time monitoring in agriculture is crucial for farmers to swiftly detect issues with crops and soil, allowing them to take immediate action. With wireless environmental sensors, farmers can track real-time data on factors like temperature, moisture levels, and humidity. This instant information helps optimize crop growth conditions, prevent crop diseases, and conserve resources by ensuring efficient water usage. ## Wireless environmental sensors: What are they? Wireless environmental sensors are devices that can gather data about the environment without needing to be connected by wires. These sensors can measure various factors like temperature, humidity, light, and soil moisture. They transmit this information wirelessly to a central system for analysis and monitoring. ## Benefits of using wireless environmental sensors in agriculture Using wireless environmental sensors in agriculture offers numerous benefits. Here are a few key advantages to consider: **Improved Precision**: Wireless sensors provide real-time data, allowing farmers to monitor their crops and make timely adjustments.**Cost-Efficient**: These sensors can help optimize resource usage, leading to cost savings in the long run.**Enhanced Productivity**: By ensuring optimal environmental conditions, wireless sensors can improve crop yield and quality.**Sustainability**: Monitoring environmental factors wirelessly promotes sustainable farming practices.**Convenience**: Farmers can access data remotely, making monitoring and decision-making more efficient. ## Enhancing crop productivity with real-time data Real-time data from wireless environmental sensors enhances crop productivity by providing instant information on soil moisture levels, temperature, and other essential factors. This allows farmers to make timely decisions, adjust irrigation schedules, and apply fertilizers accurately, leading to healthier crops and increased yields. **By monitoring their crops in real-time**, farmers can identify issues early, prevent crop damage, and optimize resource usage, ultimately improving their overall agricultural practices. ## Sustainability in farming through real-time monitoring Real-time monitoring in farming helps farmers reduce waste and save resources. With wireless environmental sensors, farmers can track soil moisture, temperature, and crop growth instantly. This allows for efficient water usage and timely interventions to prevent crop diseases. Monitoring sustainability in farming using real-time data leads to better decision-making and increased crop yields. ## Cost-effectiveness and efficiency of wireless environmental sensors To make sure your farm stays productive, investing in wireless environmental sensors is a smart move. These sensors are cost-effective and can help you save money in the long run by optimizing your resources. With real-time monitoring, you can efficiently manage water and energy usage, detect issues early, and adjust farming practices as needed. This proactive approach can improve your crop yield and overall farm efficiency. ## Improving decision-making with real-time data To make better decisions, farmers can use real-time data from wireless environmental sensors in agriculture. This technology allows farmers to monitor conditions like soil moisture, temperature, and humidity as they happen, enabling them to quickly respond to changes. By having this information at their fingertips, farmers can make timely decisions that can help improve crop yields and optimize resource usage. ## Installation and setup of wireless environmental sensors When setting up wireless environmental sensors in agriculture, you need to ensure they are installed correctly to gather data efficiently. Here are some key points to keep in mind: - Place sensors strategically around your agricultural area to accurately monitor temperature, humidity, soil moisture, and other relevant factors. **Ensure**sensors are in areas that receive good signal strength for uninterrupted data collection.**Connect**sensors to a central hub or network for real-time monitoring capabilities.**Regularly**calibrate sensors to maintain accurate readings.**Configure**sensor settings according to your specific agricultural needs.**Test**the system after installation to confirm all sensors are working correctly.**Seek**professional guidance if you are unsure about the installation process. ## Maintenance and troubleshooting tips for wireless sensors Regular maintenance of wireless environmental sensors is crucial for accurate data collection. Here are some tips to ensure your sensors work effectively: **Check the sensor placement:**Ensure the sensors are placed correctly in the field to capture accurate environmental data.**Inspect the sensors regularly:**Regularly inspect the sensors for any physical damage or signs of wear and tear.**Calibrate the sensors:**Periodically calibrate the sensors to maintain their accuracy in data collection.**Monitor battery life:**Check the battery life of the sensors and replace them as needed to avoid interruptions in data collection.**Troubleshooting:**If you encounter any issues with the sensors, refer to the user manual for troubleshooting steps or contact the manufacturer for assistance. ## Conclusion: Advantages of integrating real-time monitoring in agriculture Real-time monitoring in agriculture brings numerous benefits to farmers. By integrating wireless environmental sensors, farmers can enhance crop yields, optimize resource usage, and detect issues early on. This proactive approach enables farmers to make informed decisions promptly, leading to improved efficiency and productivity on the farm. Additionally, real-time monitoring helps reduce waste, minimize environmental impact, and ultimately, contributes to sustainable farming practices. ## Recommended iMatrix sensors for real-time monitoring ## NEO-1D Wireless Temperature and Humidity Sensor $59.00Add to cart## NEO-1DP Wireless Temperature and Humidity Sensor $49.99Add to cart## NEO-1P Wireless Temperature Sensor with Probe $49.00Add to cart## Sentry-1 Wireless Door/Window Sensor $29.00Add to cart## NEO-1 Wireless Temperature and Humidity Sensor $24.99Add to cart## NEO-1D Wireless Temperature and Humidity Sensor $59.00Add to cart## NEO-1DP Wireless Temperature and Humidity Sensor $49.99Add to cart## NEO-1P Wireless Temperature Sensor with Probe $49.00Add to cart## Sentry-1 Wireless Door/Window Sensor $29.00Add to cart## NEO-1 Wireless Temperature and Humidity Sensor $24.99Add to cart## NEO-1D Wireless Temperature and Humidity Sensor $59.00Add to cart## NEO-1DP Wireless Temperature and Humidity Sensor $49.99Add to cart## NEO-1P Wireless Temperature Sensor with Probe $49.00Add to cart## Sentry-1 Wireless Door/Window Sensor $29.00Add to cart --- # The Critical Role of NIST Certification URL: https://imatrixsys.com/blog/the-critical-role-of-nist-certification-in-diverse-industries/ In manufacturing and production across various industries, precise measurement and control are not just aspects of quality assurance but are essential to regulatory compliance and product integrity. NIST (National Institute of Standards and Technology) certification plays a pivotal role. It ensures that measuring devices and sensors comply with recognized standards, providing credibility and reliability to their monitoring processes. This article explores the significance of NIST certification and how iMatrix Systems, a provider of measurement solutions, ensures adherence to these standards through its products and recertification services. **Understanding NIST Certification** NIST certification officially recognizes that products meet the strict standards set forth by the National Institute of Standards and Technology, a non-regulatory federal agency within the U.S. Department of Commerce. Certification signifies that the calibration of a device can be traced back to standards recognized internationally, ensuring that the measurements it provides are accurate and reliable. The certification process involves rigorous testing and calibration against standard measurements that have been universally accepted. Once certified, a device can produce results that meet specified tolerances and are consistent with those made by other similarly certified instruments globally. **NIST Certification Across Industries** NIST certification is critical in industries where precision is paramount. Here are a few sectors where NIST-certified instruments are essential: **Pharmaceuticals:**Ensures that environments for drug manufacturing meet strict temperature and humidity requirements to maintain efficacy and safety.**Food and Beverage:**Monitor temperatures in storage and production areas to prevent spoilage and meet safety standards, complying with regulations like HACCP and FDA.**Healthcare:**Assures the accuracy of devices like refrigerators for storing blood, vaccines, and specimens, critical for patient safety and effective treatment.**Environmental Monitoring:**Provides reliable data for monitoring air quality, water quality, and other environmental factors, supporting compliance with environmental regulations. **iMatrix Systems’ Role in NIST Certification** iMatrix Systems provides a range of NIST-certified products, particularly in the realms of temperature, humidity, and low-temperature monitoring. These products are designed for use in industries where precise control and monitoring of environmental conditions are required. The certification of these products ensures they meet the highest standards of accuracy and reliability. Additionally, iMatrix Systems offers a comprehensive recertification process. This process is crucial for maintaining the integrity and accuracy of its products throughout their operational lifespan. During recertification, iMatrix Systems recalibrates the products and replaces batteries. This ensures that each device continues to function at peak performance and adheres to the stringent standards set by NIST. **Conclusion** NIST certification is more than just a compliance requirement; it is a commitment to quality and reliability that affects numerous industries profoundly. iMatrix Systems’ dedication to providing NIST-certified products and their robust recertification process, including battery replacement, underscores their role in supporting industries that depend on precise monitoring and control. By ensuring their products meet these rigorous standards, iMatrix Systems helps companies maintain compliance, enhance safety, and uphold the highest levels of quality assurance. ## Recommended iMatrix NIST-Certified Sensors ## NIST-Certified NEO-1D Wireless Temperature and Humidity Sensor $119.00Add to cart## NIST-Certified NEO-1DP Wireless Temperature and Humidity Sensor $109.99Add to cart## NIST-Certified NEO-1P Wireless Temperature Sensor with Probe $109.00Add to cart- Sold out ## NIST-Certified NEO-IND Wireless Industrial Temperature Sensor $109.00 ## NIST-Certified NEO-1 Wireless Temperature and Humidity Sensor $84.99Add to cart## NIST-Certified NEO-1D Wireless Temperature and Humidity Sensor $119.00Add to cart## NIST-Certified NEO-1DP Wireless Temperature and Humidity Sensor $109.99Add to cart## NIST-Certified NEO-1P Wireless Temperature Sensor with Probe $109.00Add to cart- Sold out ## NIST-Certified NEO-IND Wireless Industrial Temperature Sensor $109.00 ## NIST-Certified NEO-1 Wireless Temperature and Humidity Sensor $84.99Add to cart## NIST-Certified NEO-1D Wireless Temperature and Humidity Sensor $119.00Add to cart## NIST-Certified NEO-1DP Wireless Temperature and Humidity Sensor $109.99Add to cart## NIST-Certified NEO-1P Wireless Temperature Sensor with Probe $109.00Add to cart- Sold out ## NIST-Certified NEO-IND Wireless Industrial Temperature Sensor $109.00 --- # The Perfect Pour: Maintaining the Ideal URL: https://imatrixsys.com/blog/the-perfect-pour-maintaining-the-ideal-temperature-and-humidity-for-wine-storage-with-imatrix-systems-neo-1d-and-micro-gateway/ Temperature and humidity control is crucial for the preservation and optimal enjoyment of wine. Whether you’re a homeowner with a small collection or a business owner with a large inventory, investing in a temperature and humidity monitoring system for your wine storage is a smart move. The iMatrix Systems NEO-1D, paired with the Micro gateway, is the perfect solution for monitoring and maintaining the ideal conditions for wine storage. This system allows for real-time monitoring and notifications of temperature and humidity fluctuations, ensuring that your wine is stored at the perfect temperature and humidity level for each type of wine. Proper wine storage is essential for maintaining the integrity and flavor of wine. - Red wines, for example, should be stored at a temperature between 55-60°F and humidity between 60-70%. - White wines, on the other hand, should be stored at a temperature between 45-50°F and humidity between 50-70%. - Champagnes and sparkling wines should be stored at a temperature between 42-45°F and humidity between 60-70%. It is important to note that temperature and humidity can fluctuate significantly from the floor to the ceiling of a room. According to research, the temperature at the ceiling can be as much as 5-6 degrees higher than the temperature at floor level. This, combined with the fact that humidity tends to be higher near the floor, highlights the importance of monitoring and controlling temperature and humidity levels throughout the entire storage space. There are several signs that a wine may not have been stored properly. For example, if a wine’s cork is pushed out or the wine appears to have a darker color than it should, it may have been exposed to high temperatures. If a wine has a musty or moldy smell, it may have been stored in an area with high humidity. Investing in the iMatrix Systems NEO-1D, paired with the Micro gateway, is an investment in the preservation and enjoyment of your wine collection. Don’t settle for less when it comes to your wine storage. The iMatrix Gateways enable all wireless sensor configuration, control, monitoring, and associated analytics to be managed through iMatrix’s proprietary and robust Cloud services. Contact iMatrix Systems today to learn more about how the NEO-1D and Micro gateway can protect your investment and enhance your wine-drinking experience. For details on the sensors and more information contact iMatrix Systems, Inc, www.imatrixsys.com 100 McFaul Way, Suite 201 / Box 12073, Zephyr Cove, NV 89448 --- # Today’s Restaurant News: Full two-page URL: https://imatrixsys.com/blog/todays-restaurant-news-full-two-page-feature-article-based-on-food-spoilage-comments-forwarded-and-press-release/ Press · March 22, 2022 · by Tetiana Today’s Restaurant News: Full two-page feature article based on food spoilage comments forwarded and press release Page 1 / 16 Zoom 100% Originally published: trnusa.com Tags: #food-spoilage #restaurants #media ← Back to Blog --- # Wayne AI at ACT Expo 2026 — Horizon Motors Booth 1443 URL: https://imatrixsys.com/blog/wayne-ai-at-act-expo-2026-horizon-motors-booth-1443/ ACT Expo 2026 wrapped this week in Las Vegas, and Wayne AI made its first show-floor appearance — six days after general availability and right alongside the trucks Wayne was built to run on. We were guests of **Horizon Motors** at **Booth 1443** in the West Hall, and the message we walked in with held up under three days of fleet operators kicking the tires. The pitch in one sentence: Wayne is the most experienced person in the yard, and he speaks every powertrain — diesel, electric, hydrogen, hybrid — without needing three logins to do it. **Horizon Motors**team for hosting us at **Booth 1443**. Horizon's electric Class 8 trucks were the perfect backdrop for showing what Wayne does on a real, deployed mixed-powertrain fleet — not a render and not a marketing reel. ## What we showed Three demos ran on loop at the booth, and we ran each one live for anyone who wanted to ask Wayne their own questions: **Plain-English Q&A across the fleet.**"Which trucks are at risk of brake failure this week?" "What's the average state-of-charge on the EV fleet at 5 p.m.?" "Which vehicles need a DPF regen this run?" Wayne answers from live CAN-bus telemetry — not a generic large-language-model best guess — and shows its work.**One console for diesel, EV, hydrogen, and hybrid.**Most fleet AI was built for one powertrain and bolted on the others later. Wayne was built for the depot that runs*all of them*, which is what every commercial fleet looks like in 2026 and beyond.**Compliance reporting that runs itself.**CARB HVIP, FSMA Sanitary Transport, FMCSA Hours-of-Service — all generated from the same live data Wayne reasons over conversationally. No third-party tool, no quarterly batch process, no manual spreadsheet stitching. ## The loop you missed The visual loop that ran at the booth — the one that pulled people in from the aisle — is the same self-contained presentation we ran on the booth screens. We've put it online so anyone who couldn't make it to West Hall can watch it on their own time. ### Watch the iMatrix booth loop Self-contained presentation — no signup, no login. Best viewed full-screen on a laptop or large display. Watch the loop → Self-contained HTML, ~2 MB. Loads in your browser.## Talk to us If you stopped by Booth 1443, thanks for the conversation. If you didn't, the offer stands: we'll set up a Wayne AI walkthrough on a real, deployed fleet — yours or one of ours — and you bring the questions. - Read more about Wayne AI — what it does, what it costs, what platform it ships on - FC-501 industrial gateway — the platform Wayne ships standard on - Book a Wayne walkthrough — same demo we ran in Vegas, on your schedule See you at the next show. --- # With a Nod to Twosday, iMatrix Systems URL: https://imatrixsys.com/blog/with-a-nod-to-twosday-imatrix-systems-launches-from-stealth-with-new-iot-cloud-smart-sensor-technology/ *Secure Communications Sensor Technologies and Cloud Services for the emerging Industrial Internet of Things (IIoT) market for Commercial Buildings, Agriculture, Critical Infrastructure and Residential* On February 22, 2022, one of the unique dates this decade—and, yes, you guessed it, at 2:22 AM—iMatrix Systems announced that the company has emerged from stealth. They are supported by an initial round of angel funding exceeding $2 million to launch a complete SaaS iMatrix Cloud IoT solution, including a portfolio of wireless sensors. Initial offerings include Cold Chain solutions for temperature, humidity, door open/close alerts, leak detection, and Hydroponic Farming related sensors for the emerging Industrial Internet of Things (IIoT) and Internet of Things (IoT) markets. The company focuses on IoT-related systems involving Environmental Sensors, Agriculture and Building management controls, and sensors. iMatrix cloud can also operate on-premise to maintain complete data control. To complement this story’s connection to current events, it must be noted that iMatrix is headquartered in the Lake Tahoe, Nevada area. The same place from which recent news stories have recounted the adventures of Hank the Tank, a 500-pound bear that has become a problematic nuisance for residents in the area after he broke into more than two dozen homes. The iMatrix wireless sensors are ideally suited to alert absentee, or away for the day, home-owners that their home was Hank’s latest target. The company debuts the iMatrix Micro Gateway bridge to enable all wireless sensor configuration, control, monitoring, and analytics managed through the iMatrix proprietary cloud services. This breakthrough technology leverages robust cloud services for monitoring and effective edge management for various markets. iMatrix is an ideal monitoring/management security solution for agriculture, residential and commercial buildings, the emerging commercial cannabis industry, water and irrigation systems, heating/ventilation and air conditioning (HVAC) systems, and critical infrastructure. Founder and serial entrepreneur Greg Phillips has spent more than 35 years in executive roles in product development explicitly targeting communications products, including SCADA systems, IoT, Cloud Computing Platforms, Broadband wireless equipment ranging from Base Station to multi-radio meshed network gateways and subscriber units. He founded the first Australia-wide Internet Service provider and successfully exited with a sale to Asia Online at the peak of the dial-up Internet Access market. Phillips has designed and licensed communications products for industry leaders, including Analog Devices, Nortel, IBM, Toshiba, GEC, Telstra. “IoT and IIoT devices power our global economy with billions in revenue today and expect to reach $1.6 trillion by 2025,” said Phillips. “Currently, we’re nearing 30 billion IoT devices in use, with as many as 60 billion or higher by the close of 2025. These devices can do everything from monitoring ambient conditions, creating a home or corporate security system, remotely controlling our cars, and much more. And we believe the iMatrix suite of offerings is an ideal fit for the highest growth markets of this decade. “We have spent the last two years building a team of amazing engineers building a massively scalable cloud sensor collection and tracking system. The well hierarchically structured and clean User Interface design provides the mobile and Web-based user with concise monitoring, configuration, including a sophisticated multi-layer notification system for alarm conditions.” Target markets for iMatrix products include the temperature logger vertical, medical markets for the blood supply and biospecimen chain, restaurant, and hospitality for food and spirits, the shipping industry (in the temperature-controlled Cold Chain environment), home and health (including RVs, hotels, vacation homes), temperature loggers for business locations, and agriculture (including cannabis) and food supply chain. “Consider the fact that IoT devices have intimate access to the closest details of our lives and our businesses,” said Phillips. “With access to a leak monitoring, and freezer and refrigeration systems, a hacker can view and record anything the sensors can see. Suppose a hacker intercepts data packets during transmission and creates false flags, either fabricating false locations or sensor readings or preventing real emergencies from being detected. In these cases, they can steal the crucial information your business relies on to keep you safe and ahead of competitors. iMatrix’s secure data collection system keeps our customer’s data secure.” **iMatrix Product Offerings** - The iMatrix BLE sensor NEO-1 - The iMatrix NEO-1P - The iMatrix NEO D - The iMatrix NEO DP - The Sentry Door/Window Sensor - The iMatrix Micro and Series 1 Wi-Fi Gateways - The iMatrix Cloud System **About iMatrix Systems** iMatrix Systems is an Industrial Internet of Things (IIoT) solutions provider founded in 2018 and emerged from stealth in 2021. The company’s cloud platform and dedicated sensors apply to markets in healthcare, residential and commercial buildings, restaurants and hospitality, critical infrastructure, hydroponics, soil monitoring, and management. The company offers ideal solutions for the Cold Chain markets. For more information, go to https://imatrixsys.com/. **Originally published: Brilliance Security Magazine ** --- # Yahoo! Finance: iMatrix Systems Launches URL: https://imatrixsys.com/blog/yahoo-finance-imatrix-systems-launches-from-stealth-with-new-iot-cloud-smart-sensor-technology/ *Secure Communications Sensor Technologies and Cloud Services for the emerging Industrial Internet of Things (IIoT) market for Commercial Buildings, Agriculture, Critical Infrastructure and Residential* **LAKE TAHOE, Nev., February 22, 2022**–(BUSINESS WIRE)–iMatrix Systems today announced that the company has emerged from stealth with an initial round of angel funding exceeding $2 million to launch a complete SaaS iMatrix Cloud IoT solution, including a portfolio of wireless sensors. Initial offerings include Cold Chain solutions for temperature, humidity, door open/close alerts, leak detection, and Hydroponic Farming related sensors for the emerging Industrial Internet of Things (IIoT) and Internet of Things (IoT) markets. The company focuses on IoT-related systems involving Environmental Sensors, Agriculture and Building management controls, and sensors. iMatrix cloud can also operate on-premise for customers needing to maintain complete data control. The company debuts the iMatrix Micro Gateway bridge to enable all wireless sensor configuration, control, monitoring, and analytics managed through the iMatrix proprietary cloud services. This breakthrough technology leverages robust cloud services for monitoring and effective edge management for various markets. iMatrix is an ideal monitoring/management security solution for agriculture, residential and commercial buildings, the emerging commercial cannabis industry, water and irrigation systems, heating/ventilation and air conditioning (HVAC) systems, and critical infrastructure. Founder and serial entrepreneur Greg Phillips has spent more than 35 years in executive roles in product development explicitly targeting communications products, including SCADA systems, IoT, Cloud Computing Platforms, Broadband wireless equipment ranging from Base Station to multi-radio meshed network gateways and subscriber units. He founded the first Australia-wide Internet Service provider and successfully exited with a sale to Asia Online at the peak of the dial-up Internet Access market. Phillips has designed and licensed communications products for industry leaders, including Analog Devices, Nortel, IBM, Toshiba, GEC, Telstra. “IoT and IIoT devices power our global economy with billions in revenue today and expect to reach $1.6 trillion by 2025,” said Phillips. “Currently, we’re nearing 30 billion IoT devices in use, with as many as 60 billion or higher by the close of 2025. These devices can do everything from monitoring ambient conditions, creating a home or corporate security system, remotely controlling our cars, and much more. And we believe the iMatrix suite of offerings is an ideal fit for the highest growth markets of this decade. “We have spent the last two years building a team of amazing engineers building a massively scalable cloud sensor collection and tracking system. The well hierarchically structured and clean User Interface design provides the mobile and Web-based user with concise monitoring, configuration, including a sophisticated multi-layer notification system for alarm conditions.” Target markets for iMatrix products include the temperature logger vertical, medical markets for the blood supply and biospecimen chain, restaurant, and hospitality for food and spirits, the shipping industry (in the temperature-controlled Cold Chain environment), home and health (including RVs, hotels, vacation homes), temperature loggers for business locations, and agriculture (including cannabis) and food supply chain. “Consider the fact that IoT devices have intimate access to the closest details of our lives and our businesses,” said Phillips. “With access to a leak monitoring, and freezer and refrigeration systems, a hacker can view and record anything the sensors can see. Suppose a hacker intercepts data packets during transmission and creates false flags, either fabricating false locations or sensor readings or preventing real emergencies from being detected. In these cases, they can steal the crucial information your business relies on to keep you safe and ahead of competitors. iMatrix’s secure data collection system keeps our customer’s data secure.” **iMatrix Product Offerings** - The iMatrix BLE sensor NEO-1 - The iMatrix NEO-1P - The iMatrix NEO D - The iMatrix NEO DP - The Sentry Door/Window Sensor - The iMatrix Micro and Series 1 Wi-Fi Gateways - The iMatrix Cloud System **About iMatrix Systems** iMatrix Systems is an Industrial Internet of Things (IIoT) solutions provider founded in 2018 and emerged from stealth in 2021. The company’s cloud platform and dedicated sensors apply to markets in healthcare, residential and commercial buildings, restaurants and hospitality, critical infrastructure, hydroponics, soil monitoring, and management. The company offers ideal solutions for the Cold Chain markets. The company, based in Lake Tahoe, NV, has offices around the country. For more information, go to https://imatrixsys.com/. View source version on businesswire.com: https://www.businesswire.com/news/home/20220222005347/en/ **Contacts** Dan Chmielewski Madison Alexander PR 714-832-8716 949-231-2965 dchm@madisonalexanderpr.com **Originally published: Yahoo! Finance ** --- # Adding a sensor — iMatrix Knowledge Base URL: https://imatrixsys.com/knowledge-base/adding-a-sensor/ *To add a sensor from the mobile app:* - Open your iMatrix application - Click the plus sign in the upper right corner - A screen will open allowing you to choose a method to add a sensor Choose your method: *QR code:* *QR code:* - Choose the QR code method - Find the QR printed on the back of your device - Allow camera access if you haven’t already - Center camera view on the QR code (line up the code in the square shown on your screen) - The application will take a few moments to add your sensor, wait for the process to finish - Confirm your new sensor - Customize your sensor profile by adding a name to identify your sensor (i.e. greenhouse 1), and adding an image or description to help you keep sensors distinguished from one another *SN (Serial number)* *SN (Serial number)* - Select the option to add a sensor by serial number (the 2nd option shown, labeled ‘Sensor’) - Find the serial number on the sticker on the back of your device (near the QR code and MAC address) - Enter the serial number exactly as shown on your device - Allow the application a few moments to register your device - Confirm the addition and continue to customize your sensor profile - If using multiple sensors, add a name to identify your newly added device and add a description or photograph for easy identification --- # Adding a Sensor in Guest Mode — iMatrix Knowledge Base URL: https://imatrixsys.com/knowledge-base/adding-a-sensor-in-guest-mode/ Guest mode is the solution for quickly adding a sensor and seeing data in seconds. *See this short video or read the guide below to learn how to add a new Neo sensor:* First, download the mobile application from your app store. Then open the application. On the upper left side, there’s a sidebar menu. When you click it, it will show you that you’re in guest mode if you don’t sign in or register. When you go to your home screen, you’ll see a screen like this if you haven’t added any devices yet. Choose the method you prefer to add your device. We recommend scanning the QR code found on the back of your sensor. You will get a pop-up asking for permission to use your camera. Select ‘Yes’ to scan the QR code with your smartphone. Next, hold the button on the back of your sensor for a moment to configure it. Once you add your sensor, you’ll be given the option to customize your sensor name and upload a cover photo for reference. This isn’t required, and you can change these settings later. If you plan on using multiple sensors in different areas, we recommend naming sensors to make it easier to manage them in groups. Now you’ll see your device on the home screen. You can click on any individual sensor to see current stats and environmental readings. --- # Adding a Sensor With the Serial — iMatrix Knowledge Base URL: https://imatrixsys.com/knowledge-base/adding-a-sensor-with-the-serial-number/ Watch this short video or follow the guide below for instructions on how to add a sensor to your account using the serial number located on the back of the device. First, make sure you have the iMatrix smartphone downloaded. Open the app where you’ll see your dashboard. Next, click the plus sign in the upper righthand corner. You’ll see a variety of options to add your Neo sensor, with the QR code suggested as the main method. However, you can also add your Neo with a serial number or the gateway, or through your controls. Select the ‘Sensor’ option. Choose your sensor from the options available. You’ll also see a demo photo of the sensor you choose. If everything looks correct, select ‘Okay’ to move to the next step. You’ll see a box to enter the serial number on your device. For most models, this is the 10 digit code located on the back of the sensor, near the QR code. Enter the serial number exactly as it appears on your device and select ‘Check Serial Number.’ If you’ve entered the serial number correctly, the next step will ask you to hold the button on the back of your device. Hold the button for 5 seconds, or until a blue light flashes on the front of the sensor. You’ll see a message confirming your newly added device. Then, you’ll be able to see your device and basic readings from your dashboard. --- # Calibrating Neo for — iMatrix Knowledge Base URL: https://imatrixsys.com/knowledge-base/calibrating-neo-for-temperature-using-another-device/ Another method you can use to calibrate your Neo sensors is by using another device. This method, like the ice water method, works for any version of the Neo sensor. In essence, this method involves taking one device, getting its readings, and adjusting the calibration on your Neo to match them. The important thing to know about using this method is that it only works with a highly accurate device. Using a thermometer or hygrometer that you already know is reliable and calibrated is essential. If the device you’re using as a standard is incorrect, the calibration for your Neo will be, too. Simply take out your ‘standard’ device and record the temperature or humidity readings. Then, open your iMatrix app and press the button on the back of your sensor. Refresh your application if your sensor isn’t already displayed on the home screen. Click on the sensor you’re calibrating, and you’ll be able to see its current readings. If your sensor needs to be calibrated, these readings won’t match those from your ‘standard’ device. Press the *Calibrate *option. Choosing the ‘1 Point’ calibration option, you’ll see a screen with two places to enter values. In the first box enter the current readings from your Neo. In the second box, enter the readings from your standard device. Then, save your changes. Now your sensor will show readings in line with those of your other device, and it’s been successfully calibrated. --- # Calibrating Neo Sensors for — iMatrix Knowledge Base URL: https://imatrixsys.com/knowledge-base/calibrating-neo-sensors-temperature/ Our Neo sensors are created to achieve a high degree of accuracy in all readings. However, all equipment eventually needs some maintenance over time to remain as accurate as possible. Can you calibrate your own Neo sensor at home? The good news is, yes. You can calibrate your sensors at home, by means of a couple different methods. This guide will show you how to recalibrate our Neo sensors for the highest possible accuracy. ### Method 1: Ice Water Ice, by definition, is frozen. This means that if there’s ice, you know the temperature is 0 degrees Celsius, or 32 degrees Fahrenheit. This is a reliable standard by which you can measure your sensor’s accuracy, and adjust it for calibration as needed. This method works for all Neo sensors, although the steps vary slightly. If you have both the Neo 1 and Neo-P, you can still calibrate both to save time. *Materials:* - Bowl or pitcher - Ice and cold water to fill the container - Your Neo sensor - The iMatrix app When you choose your container, make sure that it’s sufficiently deep enough to fill with ice and water, as well as place your sensor in. Fill your pitcher with a 50/50 mixture of both ice and water. Allow the ice water to settle for a few moments (and to allow the ice to cool the water enough to use for calibration). #### For the Neo-P: Place the probe in the ice water. Be sure to avoid placing the sensor itself in the water. Allow the probe to sit in the water for several moments to read the temperature. In the iMatrix app, you should see updated readings for your sensor. If your sensor is not currently transmitting readings, press the button on the back of your sensor and make sure the blue light flashes on the front of the sensor. Press the refresh option within the iMatrix app. Your sensor should now show up with updated readings. If your Neo-P isn’t showing a reading of freezing temperatures (either 0C or 32F), make sure the probe is in the ice water, and surrounded by an even mixture of both ice and water. Refresh your device and check again for updated readings. You should now see a reading close to freezing temperatures. Select the *Calibrate* option in your app. You will see different points to offset the reading, which will calibrate your sensor. Using multiple points for calibration is useful if you need to take measurements based on different standards. However, to recalibrate your sensor to register freezing temperatures, you only need to use the *1 Point* calibration option. In the calibration settings, there are two places to enter values. The first place is where you enter the current reading from the sensor. This essentially tells your sensor how far off it is from an accurate reading. Next, enter your standard (known temperature) in the second spot. This tells your sensor what it *should* be registering, so enter 0.00. To double check your calibration, remove the probe from the ice water and allow it to return to room temperature. Repeat the process of placing the probe in the ice water and ensure that the sensor is showing readings of either 0C or 32F (or very close to those values). #### For the Neo 1: The process for calibrating the Neo 1 is similar to that of the Neo-P. However, the Neo 1 should *not* be fully submerged to avoid damage. To calibrate your Neo sensor without damaging it, you’ll need to place it in a watertight bag (such as a Ziploc bag). Before sealing the bag, try to remove as much air as possible. Fill a pitcher or bowl with half ice, and half cold water. Let the mixture sit for a few moments, and seal your Neo 1 in the plastic bag. When placing your sensor in the ice water, we recommend placing it so that the (sealed) opening of the bag is above the water line just in case there are any leaks. Open the iMatrix application and check for current readings from your sensor. If your sensor isn’t displaying, briefly press the button on the back of the sensor and refresh your application. Now you should be able to see your sensor and select it to see the most current temperature readings. Because the ice water is freezing, the ideal reading will reflect that. However, if the reading doesn’t show 0C or 32F, you’ll need to calibrate it to adjust the readings. As with calibrating the Neo-P, you’ll need to verify the discrepancy in the readings versus the known temperature of the ice water (freezing). Open the calibration settings and enter the known value and the base value. Your known value is the temperature of the ice water, which you’ll see in the second spot. The first area to enter a value is where you enter the current reading from your sensor. For example, if your sensor reads 0.08C, then enter that number in the first spot. In the second spot, you should enter the value that your sensor *should* be reading, which is 0.00. Next, press the button on the back of your sensor and refresh your app to verify the new readings on your sensor. Now, your sensor should show an updated reading within close range to zero, or freezing temperatures. --- # Do Temperature Monitors Work In — iMatrix Knowledge Base URL: https://imatrixsys.com/knowledge-base/do-temperature-monitors-work-in-power-outages/ Putting a temperature logger or monitoring system in your cold storage can make a huge difference in your business’s efficiency. They’re the most reliable way of protecting your stock. You’ll have a hard time finding another way to track and record temperatures with the same accuracy and ease of use. However, temperature loggers rely on the internet to transmit the information they record. Of course, your modem, which connects you to the internet, also relies on electricity to connect you. So, what happens without electricity? Naturally, your network is down. What does that mean for your temperature monitors? Will they still work during a power outage? ### Storing vs. Transmitting Data Temperature loggers are one of those devices that don’t store very much information. They generally transmit information through your network, where the data end up stored in a cloud system. Devices that store data have a certain amount of internal memory (think about the internal storage on your smartphone). Don’t panic, though. Temperature loggers can do both, to a certain extent. While it’s better to have data streaming to your cloud storage, that isn’t always possible. In the case of a power outage, these temperature loggers do have internal storage (and a backup power source) to rely on. Your modem might not have power, but your temperature logger simply switches to the backup (battery) power source. This allows the temperature monitor to continue taking readings, and ensure temperatures don’t get too high. When you regain power, and your connection is available again, the logger goes back to work as usual. However, instead of just resuming taking readings, it also uploads the readings taken during the power outage. You’ll know if the temperatures went outside of the acceptable range. ### Will You Know About a Power Outage? If your power is only out for a few hours, it’s likely your stock is still safe and usable. However, most fridges and freezers can only maintain their temperature for around four hours without power. And that’s assuming they haven’t been opened during the power outage. If the power goes out overnight, you could be facing a real problem. No matter how much data they collect, a temperature logger won’t save your products. The good news is, you can still take action and preserve valuable stock. While your temperature logger can’t connect to the cloud, the system as a whole can still help you out. That might sound confusing, but it’s actually quite simple. The cloud database is designed to receive regular readings from your temperature logger every few minutes. If it doesn’t receive these readings, it signals an issue. After missing readings from the temperature logger, the database knows there’s a problem. That’s when it sends the alert, so you also know there’s a problem. You can choose to receive these alerts through your smartphone app, email, SMS, or send the alerts to contacts you designate. And that’s it! You can solve the problem of cold storage and power outages with a simple alert and temperature logging system. --- # Guide to Temperature Sensors — iMatrix Knowledge Base URL: https://imatrixsys.com/knowledge-base/guide-to-temperature-sensors/ Temperature sensors play an indispensable role in a variety of applications. These range from healthcare and food preservation to manufacturing and aerospace. As technology advances, these sensors become increasingly sophisticated, versatile, and accurate. This guide aims to provide a comprehensive understanding of the types, applications, troubleshooting methods, and key considerations for temperature sensors. Real-world examples are included in each section for a better understanding of the concepts discussed. ## Guide to Temperature Sensors ### General Overview of Temperature Sensors - Introduction into temperature sensors Temperature sensors are designed to measure heat, and they do so by converting the thermal energy into an electrical signal. This signal can be displayed numerically or processed for control systems in various applications. The primary working principle involves a change in electrical resistance, voltage, or current flow based on the temperature changes in the environment. Depending on the type, these sensors can operate over a wide range of temperatures, from extremely low to very high. - What Data Does a Temperature Sensor Collect? At its core, a temperature sensor measures temperature in units such as Celsius, Fahrenheit, or Kelvin. However, modern sensors can also capture additional parameters like humidity, pressure, and sometimes even air quality. The readings can be analog or digital, and many modern sensors offer the capability to interface with computer systems for data logging, analysis, and control. Some sensors also come with in-built calibration methods to maintain accurate readings over time. - Real-world Example 1: Home Weather Stations In a typical home weather station, temperature sensors often incorporate humidity sensors (hygrometers) to provide a more comprehensive view of the weather. Here, a digital interface is usually employed to display both temperature and humidity data, often with history logs and trend graphs. - Real-world Example 2: Industrial Monitoring Systems Industrial monitoring systems make use of advanced temperature sensors equipped with data logging capabilities. These systems not only capture temperature but also other critical data like pressure and humidity, allowing engineers to maintain an optimal environment for machinery and processes. - How Do I Know if My Temperature Sensor is Accurate? Accuracy is one of the most important parameters when it comes to temperature sensors. In simple terms, accuracy refers to how close the sensor�s reading is to the actual temperature. Most sensors come with a specification sheet that states their level of accuracy. However, over time, sensors can drift from their original calibration. Therefore, it’s essential to calibrate sensors periodically against a known standard to ensure they remain accurate. - Real-world Example 3: Laboratory Calibration In laboratory settings, it’s common to calibrate temperature sensors against a black body or another calibrated sensor to achieve a high level of precision. This process involves comparing the readings from the sensor under test to the known standard over a specific range of temperatures. - Real-world Example 4: Food Industry In the food industry, sensor calibration is crucial for maintaining food safety standards. The sensors used in refrigeration units, ovens, and food processing equipment are usually calibrated at regular intervals against NIST (National Institute of Standards and Technology) standards to ensure the temperature readings are accurate within a narrow margin. - Conclusion Understanding the basic principles and functionalities of temperature sensors is crucial for anyone who deals with temperature-sensitive systems or environments. Properly calibrated and well-maintained sensors are key to obtaining reliable and accurate temperature readings, which in turn can impact the efficiency and safety of various applications. ### Applications in HVAC Systems - Introduction into temperature sensors in HVAC Temperature sensors in HVAC (Heating, Ventilation, and Air Conditioning) systems contribute significantly to energy efficiency, indoor air quality, and overall comfort. These systems often incorporate various types of sensors, such as thermocouples, Resistance Temperature Detectors (RTDs), and thermistors, each with its pros and cons. These sensors work in tandem with the HVAC control systems to regulate temperature, often in real-time, to maintain a comfortable and safe environment. - What Temperature Sensor is Used in HVAC? The type of sensor used in an HVAC system varies based on specific needs. Thermocouples are widely used due to their durability and broad temperature range, but they offer moderate accuracy. RTDs provide higher accuracy but are more expensive and delicate. Thermistors offer good accuracy and are cost-effective but have a limited temperature range. - Real-world Example 1: Residential HVAC In residential settings, thermistors are commonly used due to their responsiveness and cost-effectiveness. These are often integrated into smart thermostats that can be controlled via smartphones, allowing for more dynamic and energy-efficient climate control. - Real-world Example 2: Commercial Buildings In commercial buildings where precise temperature control is required, RTDs are often deployed. They are connected to a centralized building management system that adjusts heating and cooling based on sensor inputs, optimizing both energy use and comfort. - Real-world Example 3: Industrial HVAC In industrial settings, thermocouples are often preferred due to their ruggedness and ability to measure extreme temperatures. They are commonly used in situations that involve high heat, such as furnaces or chemical reactors, providing essential data for safety and process control. - Real-world Example 4: Smart Homes Smart homes often utilize a blend of various sensor types, integrated into a home automation system. These could include temperature sensors, humidity sensors, and even occupancy sensors to create an optimized and personalized living environment. - Conclusion Choosing the correct type of temperature sensor for HVAC applications is critical for maintaining a comfortable environment while minimizing energy consumption. The choice between thermocouples, RTDs, and thermistors will depend on a variety of factors including temperature range, required accuracy, and overall system cost. ### Types and Accuracy of Temperature Sensors - Introduction into Types and Accuracy of Temperature Sensors Temperature sensors come in many forms, each with its own set of characteristics that make it suitable for specific applications. The common types are thermocouples, thermistors, and RTDs, and each has its own range of accuracy, responsiveness, and durability. These factors must be considered carefully when choosing a sensor for any given application. - What is the Most Common Temperature Sensor? Thermocouples are the most widely used type of temperature sensor. They are made by joining two different metals at one end, creating a junction that produces a voltage correlating with temperature. Thermocouples are generally inexpensive, durable, and capable of measuring a wide range of temperatures. - Real-world Example 1: Automotive Industry Thermocouples are extensively used in automotive applications, specifically in monitoring exhaust gas temperatures. They are chosen for their durability and ability to withstand high-temperature environments, providing crucial data for emissions and engine performance optimization. - Real-world Example 2: Manufacturing Processes In manufacturing, thermocouples are often used to monitor the temperature of molten metal or plastic. Their ability to withstand harsh conditions and measure high temperatures makes them invaluable in ensuring product quality. - What is the Most Accurate Temperature Sensor? For applications requiring high accuracy, Resistance Temperature Detectors (RTDs) are generally considered the best choice. Composed of pure platinum, their resistance increases linearly with temperature. They offer excellent stability and repeatability but are generally more expensive and less durable than other types. - Real-world Example 3: Pharmaceutical Manufacturing In pharmaceutical manufacturing, RTDs are frequently used where precise temperature control is critical. Even a slight variation in temperature can compromise the efficacy of some medicines, making the accuracy of RTDs indispensable in such applications. - Real-world Example 4: Aerospace Applications The aerospace industry often uses RTDs for their high accuracy and stable readings over time. Monitoring the temperature of engine components, fuel, and other critical systems demands the level of reliability that RTDs can provide. - Conclusion Each type of temperature sensor comes with its own set of advantages and limitations. While thermocouples are commonly used for their robustness and wide temperature range, RTDs are favored where high accuracy is required. Understanding these nuances is essential for selecting the appropriate sensor for specific applications. ### Types and Classifications of Temperature - Introduction into Types and Classifications of Temperature Temperature isn’t just a straightforward measure; it comes in various forms and classifications that are relevant in different contexts. From absolute zero to boiling points, temperature ranges can be classified in several ways, including Celsius, Fahrenheit, and Kelvin scales. Understanding these categories is essential for interpreting temperature data correctly. - What are the 3 Types of Temperature? The three primary temperature scales are Celsius, Fahrenheit, and Kelvin. Celsius is widely used internationally and is based on the freezing and boiling points of water. Fahrenheit is primarily used in the United States and bases its scale on the freezing point of brine and body temperature. Kelvin is an absolute temperature scale used mainly in scientific research. - Real-world Example 1: Weather Forecasting Different countries use different temperature scales for weather forecasting. In the United States, temperatures are typically given in Fahrenheit, whereas most other countries use Celsius. Knowing how to convert between these scales is essential for travelers. - Real-world Example 2: Scientific Research In scientific research, particularly in physics and engineering, the Kelvin scale is frequently used. It allows for more precise calculations as it starts at absolute zero, the lowest theoretical temperature possible. - What are the Two Types of Temperature? In thermodynamics, temperature is usually classified as either intensive or extensive. Intensive temperature is independent of the quantity of a substance and is what we commonly measure. Extensive temperature would theoretically depend on the amount of a substance but isn’t a term generally used in practice. - Real-world Example 3: Cooking When cooking, the intensive temperature of the oven or stovetop is what’s critical, not the extensive temperature. A pre-heated oven at 350�F will cook food at that temperature regardless of the amount of food placed inside, assuming the oven can maintain the set temperature. - Real-world Example 4: Industrial Cooling Systems In industrial cooling systems, temperature sensors measure the intensive temperature of coolants or other fluids. This is crucial for ensuring that machinery is kept within safe operating conditions, irrespective of the volume of the fluid being used. - Conclusion Understanding the types and classifications of temperature is important for both daily life and various specialized applications. Different scales and types are more appropriate for certain situations, and recognizing these can be crucial for effective decision-making. Temperature sensors are at the heart of a wide array of applications, from everyday uses like home heating and weather stations to specialized applications in industries like pharmaceuticals, aerospace, and manufacturing. The choice of sensor be it a robust thermocouple, a precise RTD, or a responsive thermistor depends on the specific needs of the application. Understanding the types, functionalities, and limitations of these sensors is key to making an informed choice. Moreover, knowing how to maintain and calibrate these sensors is crucial for long-term reliability and accuracy. As technology advances, we can expect even more versatile and reliable temperature sensing solutions to emerge, further broadening their range of applications. This guide aims to be a comprehensive resource, answering many of the common questions related to temperature sensors, their types, and applications. Whether you are a homeowner looking to optimize your heating system, a researcher in need of precise measurements, or an engineer in an industrial setting, understanding the basics of temperature sensors will go a long way in helping you achieve your goals. --- # How Do I Create an Account on — iMatrix Knowledge Base URL: https://imatrixsys.com/knowledge-base/how-do-i-create-an-account-on-imatrix/ Account & Mobile App # How Do I Create an Account on iMatrix? ### How do I create an account on iMatrix? - Go to the iMatrix homepage - Click ‘Cloud Services’ - In the login screen, you will see options to enter your username and password, retrieve a forgotten password, or ‘Register Your Account’ - Select ‘Register Account’ - Complete all fields and provide a valid email address and phone number- these will be used to complete your account registration and send alerts for your devices. - Submit your information, and keep the page open to enter your verification code later, and to log into your account - Check your email to complete your registration. - You can click the link to complete the process – or- - Note the code given in the email, and enter the code on the iMatrix page where you just completed your account registration - Log in to your iMatrix account and begin viewing your current devices --- # How Do I Download the Mobile App? — iMatrix Knowledge Base URL: https://imatrixsys.com/knowledge-base/how-do-i-download-the-mobile-app/ Account & Mobile App # How Do I Download the Mobile App? ### How do I install the mobile app? - Go to your app store on your Apple or android device. - Search “iMatrix” - Download the application with the iMatrix logo - Wait for the application to finish installation - Open the application to begin using it – for new installs, you will be asked to enable certain permissions (location, biometrics, etc.). You may choose not to allow these permissions, although they enable a faster startup and better information when you connect devices. --- # How Do I Logically Arrange My — iMatrix Knowledge Base URL: https://imatrixsys.com/knowledge-base/how-do-i-logically-arrange-my-sensors/ ### How Do I logically arrange my sensors? One of the easiest ways to manage sensors and arrange them in a way that makes sense for you is by using the ** Groups** function. Groups allow you to keep all of your sensors active and in your account, but rather than seeing a text or list view of every single sensor, you can group them depending on their location or usage. For example, you may choose to label a group of sensors *Beehive*. Then, you can label each individual sensor with names that help you distinguish them. For instance, you can label the sensor in your first beehive *Beehive 1.*The next sensor will be placed in the second beehive and labeled *Beehive 2*, and so on. If you also have sensors in a greenhouse for example, you can create a group named *greenhouse* and label each sensor according to its location within the greenhouse. When you view your dashboard and look under groups, you can see ‘Groups.’ If you click on Groups, the menu will expand to show you all the groups on your account. When you click on each group, it will expand to show you each sensor under that group. --- # How Do I View Sensor Data in the — iMatrix Knowledge Base URL: https://imatrixsys.com/knowledge-base/how-do-i-view-sensor-data-in-the-mobile-app/ *There are a few different ways to view sensor data in the mobile app:* You can choose to view data for individual sensors, for groups as a list, or you can view the graphs and historical data for a single device or groups of devices. *For a single sensor:* - Add the sensor to your account if you haven’t already - Click on the name of the sensor you want to view data for - See current data – click each metric to view more detailed information about a single parameter *For all sensors:* - You should be able to see a ‘quick view’ of all the sensors added to your application (whether you’re using quick start mode or logged into your iMatrix account) - These readings will display only the most recent data from your sensors - To get updated readings, refresh your app, or, press the button on the back of a specific sensor and give your app a few moments to show the new readings *Visual view:* - Click on the icon in the upper righthand corner of your app - This will display all sensors on your account - Each sensor will show a thumbnail of the picture you added when putting the sensor on your account - Click on an individual picture to see the description of the sensor and view its data --- # How to Reset Your Password — iMatrix Knowledge Base URL: https://imatrixsys.com/knowledge-base/how-to-reset-your-password/ To learn how to reset your password watch this short video or follow the simple guide below: If you’ve forgotten your password, go to the iMatrix Cloud Services portal. When directed to sign in, select ‘Forgot Password’ and enter the email address you used to register your account. In a few moments you’ll receive an email from iMatrix with a link and code to reset your password. Either click the link or choose ‘Change Password’ on the bottom left of the next screen. Re-enter your email address, and enter the code provided in the email sent to you. Create a new, secure password, making sure that both entries match. After you confirm your new password you’ll see a message confirming your new password change. --- # How to Use the Neo Sensor — iMatrix Knowledge Base URL: https://imatrixsys.com/knowledge-base/how-to-use-the-neo-sensor/ The iMatrix Neo sensor is a versatile yet simple solution for your business. Does your biospecimen supply rely on temperature control? Are you worried about goods spoiling during shipping? Do you need to know if your stock is compromised? The Neo is the complete solution for all of that, and much more. The guide will show you how to use the Neo sensor to improve your business, no matter what industry you’re in. ### Shipping and Logistics One of the areas in which the Neo sensor really excels is within the cold chain. Cold chain shipping involves temperature sensitive products that need climate control to remain viable. In the shipping industry, shipments are subject to a variety of conditions. No matter how efficient the transport is, issues outside of our control can disrupt the entire process. Delays due to local regulations, natural disasters, and equipment are common issues. The Neo sensor allows you to get a full scope view of products’ conditions along their journey. Shipping containers may show an ideal temperature upon arrival, but that doesn’t mean the temperature remained stable throughout the transport. To use the Neo in cold chain shipping, activate the sensor, and install it in the cargo hold. Alternatively, you can also install the sensor in the packaging of products. Installation takes only seconds, with double-sided 3M adhesive. Then, send your shipments on their way. Don’t worry about internet connection during transport. The Neo sensor will self store up to 21 days of readings without any internet transmission. Once your shipment arrives, connect the Neo sensor to the iMatrix Cloud system. Within moments you can view a complete history of all its readings. Simply verify the correct temperature ranges were maintained throughout the journey, and store the records for future reference. ### Medical Supply and Storage Of any industry that requires strict temperature control, the medical field is certainly at the top. From donor organs to pharmaceutical products, to blood and tissue specimens, a controlled climate is top priority. Without proper conditions, these crucial supplies are inviable, or even worse, dangerous to the end user. In the medical industry, temperature control is important both on site and during transport. The Neo sensor performs with high accuracy and reliability in both settings. It’s even dynamic enough to go from cold storage to cold chain shipping, without ever missing a reading. Using the Neo sensor to monitor temperatures on site is simple. Just open and activate the sensor, connect it to your wireless network, and connect it to the iMatrix Cloud system. You can even use the code on the back of the device for a faster, easier set up. Place the sensor near your samples or specimens, in the freezer or refrigerator. The installation is quick, easy, and takes only moments- no tools required. Within a few minutes, the Neo will begin uploading temperature and humidity readings, which you can access through the cloud system. After that, there’s really no work on your part. Verify the logs as needed, and know you can count on an alert if something goes wrong in your cold storage. Using the Neo for medical shipping works in the same manner as it does for any other cold chain shipping. You install the sensor where readings are most crucial, and send your medical supplies on their way. Once your shipment arrives, upload the logs and verify the absence of any temperature excursions that would otherwise invalidate the medical supplies. ### Restaurant and Hospitality In the restaurant and hospitality industry, it’s important to keep food stored at proper temperatures. Food that’s stored in unsafe temperatures can cause illness to your customers, spoil and become unusable, or even result in a poor health inspection. Cold storage, like any other piece of technology and equipment, is subject to failure upon occasion. You might have a thermometer in your refrigerator, but a thermometer doesn’t guarantee continuously safe temperatures. Even if the thermometer shows a safe temperature when you check it, equipment failures can go unnoticed when there’s nobody there to check. How can the Neo sensor improve your food safety and save you money on food costs? Install the Neo in a central location in your cold storage. The install takes very little time, and keeps the sensor in place until you decide to move it. It won’t hamper your existing equipment, there are no tools or screws required. Connect the Neo your wireless network and log into the iMatrix Cloud system. Once you activate the Neo, it goes right to work reading and logging the temperature and humidity in your cold storage. There’s no more manual logging, no worrying about accurate records or missed readings. The Neo’s logs go right into the database where you can review them at any time. Should an inspector need to see the records of your temperature readings, simply pull up the records in the iMatrix Cloud database. --- # iMatrix Operational Modes — iMatrix Knowledge Base URL: https://imatrixsys.com/knowledge-base/imatrix-operational-modes/ The iMatrix system operates in two distinct data collection modes. - Bluetooth Custer Nodes - iMatrix Mesh Sensor Networks ## Bluetooth Cluster Nodes The Bluetooth Cluster Nodes are the traditional low-cost method to connect BLE Sensors to either a Micro Gateway or Mobile Device. In this mode of operation, the BLE Sensor must be within range of the Gateway. Sensors can store large amounts of historical data and then forward this to the iMatrix Cloud when the Gateway can connect to them. The Gateway can be either a dedicated Micro Gateway or a Virtual Gateway incorporated into the iMatrix Mobile App. The sensors will continue to operate and collect data even when a gateway is not available. Including a permanently installed Micro Gateway at a Cluster location will ensure alters and notifications are sent to the user with sensors detect abnormal readings. The following diagram illustrates how Cluster nodes connect to the iMatrix Cloud ## iMatrix Mesh Sensor Networks When the BLE Devices are operating in iMatrix Mesh mode they automatically form a mesh network and relay sensor readings using one or more Mesh Gateways. This approach allows sensors to be spread over a very large area, several miles is possible, with only one sensor communicating with the Mesh Gateway. For best performance and network resilience, we recommend using multiple mesh gateways on large networks. The following diagram illustrates an iMatrix Sensor network. --- # Is it Safe to Use Temperature — iMatrix Knowledge Base URL: https://imatrixsys.com/knowledge-base/is-it-safe-to-use-temperature-loggers/ If you’ve read our previous articles about using temperature loggers in your business (whether medical or restaurant), you know they can simplify your workflow. However, like any other technology you incorporate into your business, there are security concerns. Is it safe to use temperature loggers in your business? Do you need to worry about security flaws that allow hackers into your network? Is there a way to protect your data while using IoT devices? We’re here to answer all your questions about security with temperature loggers. And, we’ll give you some tips to keep your business safe. ### What are the Security Concerns? If you want to determine whether or not you’re comfortable using new technology in your business, you also need to recognize the main security concerns. Much of the security issues with IoT devices come from modified devices or devices with built in pathways for hackers. However, even if you buy a brand new device, from a trustworthy manufacturer, other things can go awry. The main security concerns with IoT devices include: - Outside cyber attacks - Weak security protocols - Unencrypted data (whether stored or transmitted) - Embedded spyware - Network compromisation In short, whenever you connect a new device to your network, you do take some risks. Because IoT devices are from the vast world of the Internet of Things, they need a network to properly function most of the time. Of course, chances are that network is the same that you use, whether you work on personal or business tasks. Because you’re also transmitting information from that network, all that data is subject to theft or manipulation if there’s a security breach. This means that you can have crucial business data, financial information, and personal information at the discretion of a hacker. ### Are Temperature Loggers Safe? As we mentioned, temperature loggers *are* part of the IoT industry. With that in mind, you have to take the same precautions you would with any other IoT device you bring into your network. That isn’t to say that they’re unsafe. However, even the most secure device can become a pathway for a cyber attack if it isn’t used properly. That said, there is good news. **In general, temperature loggers are a fairly safe addition to your workplace**. To ensure you’re getting a secure, trustworthy device, look at the manufacturer first. Avoid buying *any* IoT devices (including temperature loggers) from suppliers you don’t know that you can trust. If the price seems too good to be true, it likely is. Sometimes the price is low because the supplier is getting something better than your money in return: your data. ### How to Keep Your Business Safe While Using Temperature Loggers We can speak for ourselves and say that we never produce any technology that we’re not confident has stringent security protocols. However, not every IoT device follows the same commitment. No matter what temperature logging system you use, there are extra measures you can take to keep your network, and your business, secure. #### Your first defense One of the best things about keeping your network secure is that your first step is already built in. Whether you’re looking at it from the angle of your computer or your modem, there’s a line of defense right there. What is it? It’s your firewall. Even if you’re not the most tech savvy person, you’ve surely encountered it at some point. The firewall is essentially a shield from potential attacks within the digital world. (Have you ever been denied access to an app or website with a warning about your firewall?) It basically makes sure that unknown, untrustworthy parties aren’t able to access your network or your data. Sometimes you also have to disable your firewall or permit access to certain software or websites so it recognizes them as a trusted source. Make sure you have your firewalls enabled, and check their settings for the level of security you need. This may also mean enabling access for your temperature logger, but also restricting certain functions and parameters you allow it to access. #### Protection beyond firewalls What about once the temperature logger is installed and in your network? One of the best things you can do is make sure the security in your network and all company computers is up to snuff. In general, temperature loggers don’t perform many functions online aside from recording and reading temperatures, storing the records in the cloud, and sending alerts in case of emergency. You can also choose to allow the temperature logger, and its gateway, access to its own private network. This creates another line of defense should your network be infiltrated by a hacker. While temperature loggers may not be the first target in a cyber attack, using a separate network for any IoT device increases the security you have for each network. If anything compromises one network, the other is still secure. Most modems are capable of creating secondary networks. Think of hotels or restaurants that have separate ‘guest’ networks. *For example*: You’re at Restaurant A. You login and try to access their complimentary wi-fi. You’ll often see two networks with similar names. One may say Restaurant A, or Restaurant A Staff. Often, the other is labeled something like, Restaurant A Guest. This ensures that visitors can still access wi-fi, although it’s not the network that secure business data is kept on. *AgrowTronics.com has an article with more tips for improving Security in IoT.* #### Related: Do temperature loggers store information? If you’re asking this question, you probably realize that not all data theft happens via cyber attack. The physical security of your IoT devices can be just as concerning as their online security. While these devices do need the internet to fully operate, that doesn’t mean that data only goes through the internet. Some IoT devices do store information, and many store at least very rudimental bits of data. How much, and what exactly they store depends a lot on what you use them for. When it comes to temperature loggers, you can rest easy. Temperature loggers, in general, don’t store your data. Unlike previous, electronic, temperature loggers, they simply transmit information to their cloud database. Old electronic loggers often kept logs stored on the device itself, which then needed to be uploaded and stored on a hard drive. New technology allows us to create temperature loggers that have better security, and that store very little data. So, in the case of a theft, there won’t be any valuable, sensitive data to gain from your temperature logger. --- # Multi-Point Relative Humidity — iMatrix Knowledge Base URL: https://imatrixsys.com/knowledge-base/multi-point-relative-humidity-calibration/ All sensors rely on accurate calibration to deliver proper measurements. The Neo sensors measure humidity by sensing moisture in the surrounding air. However, any device sometimes needs recalibration to maintain accurate readings. There are multiple methods you can use to calibrate your sensor for humidity. In this guide, we’ll go through the most common and reliable calibration methods. ### Method 1: Salt Calibration Many salts have known relative humidity values, given a specific temperature. Salts will absorb water, and release humidity into the air around them. Table salt (aka Sodium Chloride or NaCl), is one of the most commonly used salts for testing calibration. Adding a small amount of water to the proper amount of table salt will produce a RH of about 75%. However, this reading of 75% is in the medium to upper range for humidity. You *can* use a single salt to calibrate. Calibrating your device based on a single salt or reading is not as accurate as using multiple salts (with their different humidity levels) to measure humidity at different points. The best way to achieve the most accurate calibration is by choosing a salt with high humidity, and one with a significantly lower humidity. *This chart details common salts and their known relative humidity at specific temperatures: * *Relative humidity of salts at a given temperature* *Relative humidity of salts at a given temperature* | Salt | 15℃ | 20℃ | 25℃ | 30℃ | 35℃ | Magnesium Chloride | 33 | 33 | 33 | 32 | 32 | Potassium Nitrate | 95 | 95 | 94 | 92 | 91 | Potassium Sulfate | 98 | 98 | 97 | 97 | 97 | Sodium Chloride | 76 | 75 | 75 | 75 | 75 | Lithium Chloride | 11 | 11 | 11 | 11 | 11 | Table salt is widely available, and chances are, you don’t even need to go to the store to get some. However, many of these salts will need to be ordered or purchased from your local hardware or plant store. Many of these salts are used in fertilizer mixtures. Whichever salts you choose, the calibration process is the same. Get an airtight container, or ziploc bag. Put your salts in a small ramekin or lid, and add a small amount of distilled water. The idea is not to dissolve your salt, but rather just to wet it. You should have a slushy looking mixture. *Note:* Using distilled water is recommended, but not required to use this method. Purified or distilled water simply has less contaminants, which means there are less things that can potentially interfere with the salt’s RH. Place the container of salt in your container or plastic bag. Next, put your sensor in the container, making sure it does not come into contact with the salt mixture. Close your container with both the salt and sensor inside. If you’re using a plastic bag, you don’t need to try and press air out of the bag. Write down the time when you close the container and let it sit for several hours. Some people prefer to allow the salt and sensor to sit for up to 24 hours or longer. However, four to six hours is sufficient in most cases. After you’ve waited long enough, open your iMatrix app and press the button on the back of your sensor to get your new readings. Ideally, your sensor should show a reading close to that of your salt’s expected RH. If your sensor isn’t displaying accurate readings, open the *Calibrate* screen. Depending on how many salts you choose to calibrate with, your next choice will vary. If you’re only calibrating using one salt, choose the ‘1 Point’ option. If you’re using two salts, choose the ‘2 Point’ option, and so on. Basically you need a point for each salt you’re using. For each point you calibrate, there are two boxes to enter values. The first box is where you’ll enter the current humidity reading from your Neo sensor. The second box is where you’ll enter the known relative humidity of the salt you’re using. Then, save your settings and refresh your app to show the calibrated readings. *Note: to complete two point calibration, you can also start with a single point calibration. *The application will automatically populate the boxes for the first point of calibration if you complete the 1 point calibration first and choose to do a multi-point calibration later. Allow your sensor a few seconds to display the new reading to verify its accuracy. *This short video shows you the process for entering calibration values in the iMatrix mobile app:* ### Method 2: Calibrated Hygrometer The next method can be used for calibrating relative humidity as well as temperature. While it is somewhat more simple than the salt method, it does require a highly accurate device to measure your sensor against. You need a hygrometer (or if you’re calibrating temperature, a thermometer) that you know is already correctly calibrated and capable of reading conditions with a high level of accuracy. Entering the calibration values works exactly the same as when you use the salt method. The difference is that instead of using the known relative humidity of a salt, you simply use the readings from the device. For single point calibration, you only need to take the readings from your sensor and enter them in the first box in the calibration section. Then, enter the calibrated hygrometer’s readings in the second box. Save your settings and allow your sensor to have a few moments to refresh and display the new readings. If you want to do a multi-point calibration with this method, you can. However, you will need to expose both the hygrometer and your Neo sensor to different levels of humidity. You can achieve these conditions in a variety of different ways. If you have readily available humid and dry conditions near you, you can use each for a calibration point for your sensors. Another way to create these conditions is by using a humidifier and dehumidifier to create extremes for both humidity and dryness. --- # Pairing the Neo with iMatrix — iMatrix Knowledge Base URL: https://imatrixsys.com/knowledge-base/pairing-the-neo-with-imatrix-devices/ The Neo sensor is a highly accurate, top of the line sensor that allows you to seamlessly monitor sensitive storage areas. This versatile sensor takes an extensive range of temperature readings and can measure humidity (RH- relative humidity) from 0% to 100%. If you need to know your stock is being perfectly preserved, it’s the sensor you need. However, iMatrix has a mission to make all your monitoring effortless, and pairing the Neo environmental sensor with our other devices is the solution. ### What Devices Can You Use Together? First, the Neo comes in different forms: you can use the stand alone wireless sensor, or use the Neo with the probe extension to reach tough areas. Whichever you choose, setup is just as easy and accessing your readings takes only moments. We also offer the Neo DP, a sensor with an extension probe and LCD monitor. While you can always access your readings through the smartphone app or the iMatrix Cloud System, the LCD screen allows you to easily read conditions when you’re there in person. We recommend using the Neo with an LCD screen if much of your work around the climate sensitive stock is in person. You can still see your readings remotely, but it’s more user friendly if you’re also often there to check your stock on site. The Century 1 takes securing your valuable stock to the next level. For areas where the environment isn’t your only safety concern, the Century 1 can ensure that nobody enters the storage area without your knowledge. You can choose to turn alerts on and off for when you’re on site, and when you need to monitor access remotely. ### Why Use the Neo and Century 1 Together? Protecting your stock from problematic environmental conditions is one thing. But protecting it from unauthorized access is another. When you use both the Neo and the Century 1, you’re covered on all fronts. Sometimes you need to monitor entry because the stock itself is so valuable. Other times, you need to monitor entry because opening doors to the storage area can cause wide fluctuations to the environment within. Unfortunately, in certain storage areas (such as those for frozen vaccines and pharmaceuticals), an unexpected entry can let the cold air out. This means the area is instantly warmer, and the cooling equipment has to work even harder to restore the conditions to their levels before entry. Unexpected entry isn’t always because of a wayward staff member. Equipment can malfunction, and doors can have a break in their seal. If this happens while you’re away, you’ll be notified on two fronts. You’ll get an alert from the Century 1 that a door is open. Then, if conditions also go outside of the optimal ranges you set (through the iMatrix portal on your account settings), you’ll also receive an alert from the Neo. #### Where can you use the Neo and Century 1 together? - Archival storage - Vaccine and pharmaceutical storage - Medical biospecimen storage - Food processing and transport - Hatching eggs and incubation - Safe food storage - Vaults for valuables - Pet enclosures - RVs and campers - Greenhouses and agriculture --- # Understanding Battery Performance — iMatrix Knowledge Base URL: https://imatrixsys.com/knowledge-base/understanding-battery-performance-options/ iMatrix Sensors have several parameters that control how often they check and report the values of their sensors. For battery-powered sensors, the process of reviewing and writing sensor data takes battery energy. The user can control how the iMatrix sensors operate by adjusting the parameters used during these processes. Most of the time, a sensor is sleeping and conserving battery power. Periodically the device wakes up to check on the readings of its sensors. This time is called the “Polling Time”. When the device reads the value, it automatically checks to see if it exceeds any notification levels. If it does, then the device immediately sends a notification. If the levels are fine, then it just goes back to sleep. Periodically the device wakes and saves the readings of its sensors. This time is called the “Sample Time”. When the device reads the value, it saves the readings to internal memory. At the same time, it also automatically checks to see if it exceeds any of the notification levels. If it does, then the device immediately sends a notification. If the levels are acceptable, then it goes back to sleep. Finally, the Check-in Time is when the device notifies its Gateway to send the stored data to the iMatrix Cloud. Saving up these readings and sending them in a block helps save battery energy and reduces the overall number of packets sent to the iMatrix Servers. Reducing the total number of data packets can help save on costs for communication links running over metered data connections like 4G and 5G. When editing the configuration for a device, the basic settings allow the user to choose a “Battery Performance” level between 1 and 5, with 1 being the best battery performance and 5 being the most responsive sensor performance. In the advanced settings, the user can fine-tune these values depending on their needs. The following table shows the values used for levels 1 through 5. User Mode | Poll Interval | Sample Interval | Check-In Interval | | 1 | 5 min | 20 min | 1 hr | | 2 | 2 min | 10 min | 30 min | | 3 | 1 min | 5 min | 15 min | | 4 | 1 min | 2 min | 5 min | | 5 | 30 sec | 1 min | 1 min | As a note sensors operating in a mesh network ignore the check-in interval and automatically send data to the Mesh Gateways based on available communication loads. --- # Update Personal Account Information — iMatrix Knowledge Base URL: https://imatrixsys.com/knowledge-base/update-personal-account-information/ Login to the iMatrix Cloud service with your registered email address and password. On the upper left corner of the page, select the menu to expand. Next, select ‘User Management.’ You’ll be taken to a screen with options to search users, but to edit your personal account information you need to select ‘Edit Personal Information,’ located at the upper right hand corner. You’ll see a form with any information you’ve already submitted to your account. If you didn’t add any personal information when registering your account, this form will be completely blank. Once you’re happy with the information you’ve entered, select ‘Submit.’ If you need to re-enter the majority of your information, select ‘Reset’ and resubmit your information. --- # What is Neo Temperature Sensor — iMatrix Knowledge Base URL: https://imatrixsys.com/knowledge-base/what-is-neo-temperature-sensor/ This lightweight sensor weighs only 43 grams, and has the ability to transmit up to 100 meters. With a wide temperature measurement range from -40℃ to 70℃, it can record temperatures for any application. It far exceeds the requirements for medical supply monitoring, with a high level of accuracy. The Neo sensor also measures humidity from 0% RH (Relative Humidity) to 100% RH. With IP65 waterproofing, it’s suitable for any environment you need high quality readings in. It uses BLE technology to ensure high accuracy transmission while also reducing power usage. Easily install this temperature and humidity sensor in a static environment, or in a shipping container. Even without internet and cloud connection, the Neo stores records for up to 21 days, so you never lose any data. **Neo Sensor details:** - IP65 waterproofing - Transmits up to 100 meters - Temperature range: -40℃ to 70℃ - Humidity range: 0% to 100% - 3 volts - Weighs 43 grams - Dimensions: 70.6x38x17.8mm - Measures, stores, and uploads temperature and RH readings - Battery lasts up to 3 years - Uses two FR03 Li-Fe batteries - Uses BLE (Bluetooth Low Energy) technology - Self stores readings for up to 21 days - Takes readings every minute The Neo temperature and humidity sensor is ideal for any industry that requires strict climate control to preserve valuable stock. This sensor can be used in-house, at a storage facility, or in cold storage, such as vaccine refrigerators. The Neo sensor is also portable, and creates an ideal solution for shipping in the cold chain. You can get a full, transparent picture of your product’s conditions all day, every day. If you need to use our sensor for shipping, simply place it in your shipping container and send your stock on its way. Once your product reaches its final destination, upload the logs, and you have a full history of temperature and humidity readings within mere moments. This is the ultimate solution for temperature sensitive products that can expire due to temperature excursions. Never worry about spoiled stock again, or an undetected temperature excursion. You can give yourself, and your clients peace of mind knowing that your products arrive with the same integrity you sent them with. --- # Where Can You Use Temperature — iMatrix Knowledge Base URL: https://imatrixsys.com/knowledge-base/where-can-you-use-temperature-loggers/ Temperature loggers have obvious uses in shipping, restaurants, and the medical and healthcare industry. However, their usefulness extends quite a bit farther than just that. Most industries have a sector of their business that requires some temperature monitoring to a certain extent. Even IT industries need to control temperatures around sensitive equipment. Likewise, bakers, cosmetic companies, and even compounding pharmacies need to keep ingredients within a certain temperature range. Where else can you use temperature loggers? Read on to find out! ### The IT Industry Computers, electronics, servers, and most types of technology produce some amount of heat. When they get into the same room together, even a little heat adds up. If say, one server can raise the room a single degree, that’s not a big problem. Of course, that’s also assuming you have proper ventilation. However, a lot of servers stay in a backroom that doesn’t get as much airflow as it should. Not only that, there’s rarely a whole room devoted to a single server. In most cases, the IT equipment room is filled with as much tech as it can hold. That means several servers, back up gear, and much more. If one server raises the room temperature by a single degree, with good ventilation, then several makes the room much warmer. Say there are five to ten servers. That’s easily a ten degree difference, without considering any other equipment. Unfortunately, this rise in temperature can cause equipment to overheat, and ultimately crash. Not only that, but there’s a threshold where that equipment (and data it holds) can’t be recovered. A temperature sensor can alert you to a potential problem before you lose valuable equipment and data. ### Alcohol and Beverage Industry Everyone likes a refreshing cold one, right? That’s one reason the alcohol and beverage industry is one of the biggest examples of temperature controlled business. This industry has a lot of influence on overall lifestyle habits, and our social activities. Of course, there’s a big difference between a cool, refreshing beer, and an unpalatable (to put it kindly) bottle of brew. For these companies to maintain the integrity of their products, and well as the taste, they need strict temperature control. This temperature control doesn’t just start at the brewing and manufacturing stage. It extends into distribution, and continues all the way to the end consumer. Without proper temperature control throughout the entire process, the manufacturer can’t ensure the same quality, flavor, or standard. A lack of temperature control can do more than hurt a single case of brew. It can also ultimately damage a brewery’s reputation for quality. ### The Cosmetic Industry A lot of cosmetics come with instructions to store them within a certain temperature range. However, these are meant for the consumer, and they’re typically within a pretty broad range. The real importance of monitoring temperatures comes in at the actual manufacturing, and shipping stages. In extreme cases, the temperature can affect the color or finish of a cosmetic product. However, the bigger issue is often with consistency and integrity. It’s no mystery that makeup can melt when it gets too hot. That’s one issue, but another is with ingredients that aren’t stored properly can create an off putting texture in the end product. Another important segment of the cosmetic industry that relies on temperature control is one you won’t think of right away. What is it? Wax strips. When it comes to these, and especially those made for professionals, the right temperature is key for a quality product. If the strips reach temperatures that are too high, or even too low, the consistency of the coating on the strips won’t stay. That means the consumer is left with an expensive, and often unusable product. ### How Can You Use Temperature Loggers? The best way to use temperature loggers is by placing them in any area where you need a strict temperature range in place. Think about where you keep your most valuable (and temperature sensitive) stock. That’s where you need a temperature logger. It does more than just read out ambient conditions. You can use a thermometer for that. However, if you want to use a thermometer, you’ll need someone to check it at regular intervals. Then, you’ll need to hope there’s no human error, and that everything gets logged properly. Simply place your temperature monitor in a central location in your climate controlled room. Then, connect it to the gateway, install your application, and let it get to work. You’ll have access to records of the temperature readings at any time of day. Not only that, you can also look at a log of the monitor’s reading history. Many temperature loggers also give you the option to receive an alert. These alerts basically tell you whenever the logger reads temperatures outside of the optimal range you set. --- # Why Choose the Neo Sensor? — iMatrix Knowledge Base URL: https://imatrixsys.com/knowledge-base/why-choose-the-neo-sensor/ When you need to monitor your products, you can choose plenty of different types of technology. As one of the newest additions to the selection of IoT solutions, why choose the Neo sensor? iMatrix specializes in advanced solutions that make logistics simple for every industry. Take a look at all the reasons you should choose the Neo sensor. ### Versatility The Neo sensor is just as suited to monitoring a stable location as it is moving cargo. While its size and storage capability makes it ideal for shipping temperature sensitive stock, it’s just as efficient in a climate controlled area. In fact, you’d have a hard time finding an area where the Neo *can’t* monitor conditions. Because it doesn’t require a wireless connection to store readings (and can do so for up to 21 days), you don’t need a wi-fi connection to log temperature or humidity in transport. ### Size and Weight Some IoT loggers require more space and support for a proper installation. However, the Neo isn’t one of them. At only 43 grams and 70.6 mm at its largest point (that’s under 3 inches!) you can fit the Neo sensor anywhere. No matter how cramped on space you are, you can find room for this little sensor. Because it comes in at only 1 ½ ounces in weight, it won’t affect your shipping costs either. This sensor needs very little support to keep it in place. Not only is the sensor small and portable, the micro gateway uses usb technology, and is little larger than a US quarter. ### Advanced Monitoring Capability The Neo sensor is capable of monitoring temperature and humidity ranges that are more than sufficient for any industry, including medical and pharmaceutical. The humidity can be bone dry at 0% or extremely saturated at 100%, and the Neo sensor has no problem logging it all. The temperature range it can accurately measure is just as impressive. Whether it’s ultra cold temperatures as low as -40℃, or extreme heat as high as 70℃, the sensor reads the conditions with ease. For reference, that range is -40℉ up to 158℉ . In extreme climates, you can count on the Neo to monitor and log a wide range of conditions. ### Simple Setup The Neo sensor might use advanced technology, but it’s extremely user friendly. The installation requires zero tools, and essentially no time at all. If you need to keep it in place, you simply use 3M adhesive to install it. Activating your sensor is just as easy. We even include a code you can scan to activate your profile in the iMatrix Cloud system for an easier setup. While some IoT sensors require a complicated, difficult installation and setup, the Neo doesn’t. It’s designed to make your job easy, every step of the way. ### Efficiency and Accuracy One of the biggest problems with monitoring temperature and humidity is inaccuracy, especially if you do it manually. Manually reading and recording conditions opens several opportunities for error. Not only that, manual logs are easily lost, and cost time and labor. The Neo takes time, labor, and mistakes right out of the equation. This sensor takes readings with the utmost accuracy, and you’ll never worry about losing your records again. The Neo makes record keeping more efficient than ever- when you’re connected to the cloud system, all the readings are automatically uploaded for later review. If you need to monitor conditions without a wi-fi connection (such as in shipping), simply upload the logs as soon as a connection is available. You won’t lose data either way. ### Durability The Neo sensor might be small, but it’s also durable. The sensor is built with IP65 waterproofing to keep it safe, even in difficult conditions. It works even in power outages, because it doesn’t rely on power from the mains to work. The Neo includes it’s own FR03 Li-Fe batteries, designed to power the sensor for up to three years. Even in extreme conditions, this sensor won’t lose power, or efficiency. ### Security When working with any IoT device, security should be a top concern. This sensor doesn’t allow data theft, and doesn’t even need to connect to your network to store readings on its own (wireless uploading excluded). The Neo sensor isn’t just built with robust security, it also keeps your valuable products and stock safe and secure. There’s no better way to protect product loss with climate sensitive stock than with constant monitoring. The Neo is a small installation, with big benefits. **Want more details about the Neo? See more ****Neo Specs here****.** --- # Why Do Thermometers and Sensors — iMatrix Knowledge Base URL: https://imatrixsys.com/knowledge-base/why-do-thermometers-and-sensors-have-different-readings/ If you’re using a temperature sensor or logger, you might notice something strange if you also have a thermometer in your cold storage. Your thermometer is telling you one thing, while the temperature logger is telling you another. So, which one is right? And is your temperature logger faulty? Can both be accurate, and working? We have all the answers you’re looking for right here. ### How Thermometers Work vs. How Temperature Loggers Work Thermometers measure temperature by taking more or less constant ‘readings’ of the temperature. While it’s a little more complicated than that, wherever they are, they’re basically always measuring the temperature. Temperature loggers take readings frequently, although most don’t measure the temperature constantly. That might lead you to believe a thermometer is more reliable, since it’s always measuring the temperature. However, that’s not entirely true. Temperature loggers only take readings every few minutes, because they don’t need to do more than that. Most cold storage is just fine minute to minute. A large gap between readings is what you need to worry about, because that’s where temperatures can rise without you noticing it. Thermometers don’t transmit their readings to any sort of data backup system. Temperature loggers do. If you want to record temperature readings from a thermometer, someone has to visually check it, record it, and put it in your logs. That also opens up the opportunity for human error. Temperature loggers automatically transmit their readings, so there’s no data lost in the process. Not only that, the readings are entirely objective, unlike measurements from a thermometer, which can be subject to your viewpoint, eyesight, and more. ### Why Doesn’t the Logger Say the Same as the Thermometer? So, you have a temperature logger and a thermometer in the same general area (for example, a refrigerator for medical storage). You might notice that the thermometer says one thing, while the logger says another. If they’re both working, and accurate, shouldn’t they say the same thing? *Not necessarily. * While temperature loggers *are* highly accurate, it’s important to remember that they measure temperatures at set intervals. Thermometers just tell you what the temperature is, at the current moment. Then, there’s also the issue of placement, and how the other equipment you use can affect either of them. Here are some quick explanations for why your logger and thermometer show different readings: #### Timing As we mentioned, thermometers are constant, while loggers read the temperature at set intervals. Within any cold storage there are slight temperature variations throughout the day. If your logger shows its most recent reading at three minutes ago, the temperature might have changed since then. The thermometer won’t show you what the temperature was three minutes ago. It’ll only show you what the temperature is *right now*. #### Cooling cycles This reason goes hand in hand with timing. Blasting cold air in a fridge isn’t just expensive, it’s also inefficient to the point of being wasteful. Refrigerators and freezers are designed to stay cold. They have special insulation built in, and they’re designed to close with a tight seal. If you look at our article on *proper food storage*, you’ll see how well it works. In fact, most fridges and freezers can maintain their temperature for about four hours without any power. Because they seal, have insulation, and maintain cold temperatures well, they only cool when needed. Once the ‘cool’ cycle begins, temperatures within your fridge and freezer drop. Likewise, before the next cool cycle, temperatures tend to be higher. Naturally, if your temperature logger has a reading right before the cooling cycle, it will be significantly higher than afterwards. *A thermometer reading after the cooling cycle looks a lot lower than a logger reading right before.* #### Placement In a perfect world, all cool storage would have a perfectly uniform temperature. No cold spots, no warm spots, just the same temperature regardless of where you measure it. Unfortunately, that’s not the world we live in. Temperature can vary throughout a refrigerator, and depending on where you take your readings, it really shows. Placement matters. It’s the same reason you’ve heard to keep items like eggs, cheese, or other perishables in the main fridge shelves, rather than the door. The main interior of the fridge *is* more likely to stay cool. However, *how* your refrigerator cools also plays a part. Wherever the cold air enters is going to be the coldest part of your fridge. So, if you have a temperature logger by the door, and a thermometer by the cold output, it’ll look different. It’s best to avoid placing your logger in the coldest part just to get a lower reading. Instead, place your logger near the products you need cold. You can then see what temperature your stock is at more accurately. A good example is the thermometer a lot of banks have on display, a temperature reader in your car. If it’s a really hot day, a bank thermometer in the sun might say 98 degrees. Just a block over, the other bank’s thermometer says 95 degrees. Why? Because it’s in the shade. Likewise, your car might say it’s 99 or even 100 degrees when you’re driving on the highway facing the sun. When you turn the other way, your car might say it’s 96 degrees, because you’re no longer facing the sun. It works very similarly when you compare temperature loggers and thermometers. ### Are They Both Right or Wrong? Which temperature reading should you rely on? Is the thermometer your best bet, or is it the temperature logger? Here’s the thing: they both work in much the same way. You’re still seeing accurate readings from both of them. However, the important thing about temperature loggers is in how you receive the readings. While they only log the temperature every few minutes, that’s sufficient for most purposes. If you need to know you’re *maintaining* the proper temperature, you don’t need a second by second update. Temperature loggers help you keep an eye on your cold products throughout the day. Basically, you’re making sure they always stay in safe temperature ranges. If you’re ever unsure, you can look up the logs to see a history of the readings (and some clients may even request to see these). *Both your thermometer and your temperature are working exactly as they’re meant to*. Remember, temperatures can fluctuate because of placement, when you log temperatures, and cooling cycles. So, put your temperature logger near your products, and not near warm or cool spots. --- # Micro Gateway Setup Guide URL: https://imatrixsys.com/qsg/micro-gateway/ The Micro Gateway is a Wi-Fi bridge — it scans nearby iMatrix sensors via BLE and uploads readings to iMatrix Cloud 24/7, so you don't need your phone present for logging. Install from App Store or Google Play. Use the included USB-C power adapter. The status LED will blink while the gateway boots and searches for your Wi-Fi. The plus icon is in the top-right corner of the home screen. The QR code is on the bottom of the gateway. The app recognizes it as a gateway and launches the Wi-Fi setup flow. Select your 2.4 GHz or 5 GHz network from the list and enter the password. The gateway attempts the connection and reports success to the app. Customize the gateway's name (e.g. "Kitchen" or "Warehouse Main") and save. The gateway immediately starts scanning for nearby iMatrix sensors. Go to cloud.imatrixsys.com/registration. The gateway and all its sensors appear automatically under the same email. In iMatrix Cloud, each paired sensor shows its last check-in time via the gateway. Readings update per the sensor's check-in interval (default 10 minutes). Repeat the sensor pairing flow on the app — any sensor you pair will automatically route through the nearest gateway (by RSSI) for cloud uploads. Dashboard → Settings → Notifications and Reports. Add your email, phone, and SMS — these channels can be applied to every sensor under this gateway. Enable the "Gateway offline" notification to be told the moment the gateway loses Wi-Fi or power — critical for unattended sites. Browse the full set of Quick Start Guides for Neo sensors, gateways, and Sentry-1. All Quick Start Guides → --- # NEO-1 Sensor Setup Guide URL: https://imatrixsys.com/qsg/neo-1/ NEO-1 is iMatrix's entry-level wireless temperature + humidity sensor. This guide covers pairing to the iMatrix app, creating a cloud account, configuring sensor performance, and setting up alerts. Install from App Store (iOS) or Google Play (Android). The plus icon is in the top-right corner of the home screen. The QR code is on the back of your NEO-1. Use the in-app scanner — the sensor pairs automatically. The app walks through Bluetooth pairing, first-reading verification, and initial calibration. Give it a descriptive name (e.g. "Wine Cellar" or "Freezer 2") and optionally attach a photo of the location. Saves instantly. The sensor dashboard shows live temperature, humidity, and any other supported parameters. Readings refresh per your polling interval. Go to cloud.imatrixsys.com/registration and register — your sensors link automatically to any account using the same email as the app. Select the cogwheel icon in the top-right corner of the sensor's dashboard tile. Give each sensor a clear name tied to its physical location. Upload a photo if it helps the team identify it at a glance. In Advanced view, choose which parameters appear on the dashboard tile and list view. Drag to reorder. Advanced view exposes *Polling time* (how often readings are taken), *Sample time* (how often readings are saved to flash), and *Check-in time* (how often data is uploaded). Default settings are optimized for battery life — only change if you need faster updates. Dashboard → Settings → Notifications and Reports. In the Channels section, add email, phone number, and SMS number. You control the routing — critical alerts can go to SMS+email, info-level to email only. *Note: real-time alerts require either the app running within Bluetooth range, or an iMatrix Wi-Fi Micro Gateway.* In Basic view, set **Alarm High**, **Alarm Low**, and **Threshold in time** for each parameter. Advanced view supports up to 6 alert levels per parameter. Browse the full set of Quick Start Guides for Neo sensors, gateways, and Sentry-1. All Quick Start Guides → --- # NEO-1D Sensor Setup Guide URL: https://imatrixsys.com/qsg/neo-1d/ NEO-1D is the display variant — same wireless temperature + humidity sensing as NEO-1, with an e-ink screen that shows readings in situ. Extra steps in this guide cover configuring which parameters display. Install from App Store (iOS) or Google Play (Android). The plus icon is in the top-right corner of the home screen. The QR code is on the back of your NEO-1D. Use the in-app scanner — the sensor pairs automatically. The app walks through Bluetooth pairing, first-reading verification, and initial calibration. Give it a descriptive name (e.g. "Wine Cellar" or "Freezer 2") and optionally attach a photo of the location. Saves instantly. The sensor dashboard shows live temperature, humidity, and any other supported parameters. Readings refresh per your polling interval. Go to cloud.imatrixsys.com/registration and register — your sensors link automatically to any account using the same email as the app. Select the cogwheel icon in the top-right corner of the sensor's dashboard tile. Give each sensor a clear name tied to its physical location. Upload a photo if it helps the team identify it at a glance. In Advanced view, choose which parameters appear on the dashboard tile and list view. Drag to reorder. Advanced view exposes *Polling time* (how often readings are taken), *Sample time* (how often readings are saved to flash), and *Check-in time* (how often data is uploaded). Default settings are optimized for battery life — only change if you need faster updates. Dashboard → Settings → Notifications and Reports. In the Channels section, add email, phone number, and SMS number. You control the routing — critical alerts can go to SMS+email, info-level to email only. *Note: real-time alerts require either the app running within Bluetooth range, or an iMatrix Wi-Fi Micro Gateway.* In Basic view, set **Alarm High**, **Alarm Low**, and **Threshold in time** for each parameter. Advanced view supports up to 6 alert levels per parameter. Browse the full set of Quick Start Guides for Neo sensors, gateways, and Sentry-1. All Quick Start Guides → --- # NEO-1DP Sensor Setup Guide URL: https://imatrixsys.com/qsg/neo-1dp/ NEO-1DP pairs dual external probes with a base unit that also reads ambient humidity and has an e-ink display. Use it where you need two core-temperature readings plus room humidity in one device. Install from App Store (iOS) or Google Play (Android). The plus icon is in the top-right corner of the home screen. The QR code is on the back of your NEO-1DP. Use the in-app scanner — the sensor pairs automatically. The app walks through Bluetooth pairing, first-reading verification, and initial calibration. Give it a descriptive name (e.g. "Wine Cellar" or "Freezer 2") and optionally attach a photo of the location. Saves instantly. The sensor dashboard shows live temperature, humidity, and any other supported parameters. Readings refresh per your polling interval. Go to cloud.imatrixsys.com/registration and register — your sensors link automatically to any account using the same email as the app. Select the cogwheel icon in the top-right corner of the sensor's dashboard tile. Give each sensor a clear name tied to its physical location. Upload a photo if it helps the team identify it at a glance. In Advanced view, choose which parameters appear on the dashboard tile and list view. Drag to reorder. Advanced view exposes *Polling time* (how often readings are taken), *Sample time* (how often readings are saved to flash), and *Check-in time* (how often data is uploaded). Default settings are optimized for battery life — only change if you need faster updates. Dashboard → Settings → Notifications and Reports. In the Channels section, add email, phone number, and SMS number. You control the routing — critical alerts can go to SMS+email, info-level to email only. *Note: real-time alerts require either the app running within Bluetooth range, or an iMatrix Wi-Fi Micro Gateway.* In Basic view, set **Alarm High**, **Alarm Low**, and **Threshold in time** for each parameter. Advanced view supports up to 6 alert levels per parameter. Browse the full set of Quick Start Guides for Neo sensors, gateways, and Sentry-1. All Quick Start Guides → --- # NEO-1P Sensor Setup Guide URL: https://imatrixsys.com/qsg/neo-1p/ NEO-1P adds a 39-inch cable and a 2.75-inch stainless-steel probe to the NEO-1 base. The base stays outside the cold chamber while the probe measures core temperature where it matters. Install from App Store (iOS) or Google Play (Android). The plus icon is in the top-right corner of the home screen. The QR code is on the back of your NEO-1P. Use the in-app scanner — the sensor pairs automatically. The app walks through Bluetooth pairing, first-reading verification, and initial calibration. Give it a descriptive name (e.g. "Wine Cellar" or "Freezer 2") and optionally attach a photo of the location. Saves instantly. The sensor dashboard shows live temperature, humidity, and any other supported parameters. Readings refresh per your polling interval. Go to cloud.imatrixsys.com/registration and register — your sensors link automatically to any account using the same email as the app. Select the cogwheel icon in the top-right corner of the sensor's dashboard tile. Give each sensor a clear name tied to its physical location. Upload a photo if it helps the team identify it at a glance. In Advanced view, choose which parameters appear on the dashboard tile and list view. Drag to reorder. Advanced view exposes *Polling time* (how often readings are taken), *Sample time* (how often readings are saved to flash), and *Check-in time* (how often data is uploaded). Default settings are optimized for battery life — only change if you need faster updates. Dashboard → Settings → Notifications and Reports. In the Channels section, add email, phone number, and SMS number. You control the routing — critical alerts can go to SMS+email, info-level to email only. *Note: real-time alerts require either the app running within Bluetooth range, or an iMatrix Wi-Fi Micro Gateway.* In Basic view, set **Alarm High**, **Alarm Low**, and **Threshold in time** for each parameter. Advanced view supports up to 6 alert levels per parameter. Browse the full set of Quick Start Guides for Neo sensors, gateways, and Sentry-1. All Quick Start Guides → --- # Sentry-1 Door Sensor Setup Guide URL: https://imatrixsys.com/qsg/sentry-1/ Sentry-1 is a wireless magnetic door/window sensor. It logs open/close events to iMatrix Cloud and can alert the moment a door is left ajar — critical for walk-ins where a propped-open door costs inventory. Install from App Store (iOS) or Google Play (Android). The plus icon is in the top-right corner of the home screen. The QR code is on the back of your Sentry-1. Use the in-app scanner — the sensor pairs automatically. The app walks through Bluetooth pairing, first-reading verification, and initial calibration. Give it a descriptive name (e.g. "Wine Cellar" or "Freezer 2") and optionally attach a photo of the location. Saves instantly. The sensor dashboard shows live temperature, humidity, and any other supported parameters. Readings refresh per your polling interval. Go to cloud.imatrixsys.com/registration and register — your sensors link automatically to any account using the same email as the app. Select the cogwheel icon in the top-right corner of the sensor's dashboard tile. Give each sensor a clear name tied to its physical location. Upload a photo if it helps the team identify it at a glance. In Advanced view, choose which parameters appear on the dashboard tile and list view. Drag to reorder. Advanced view exposes *Polling time* (how often readings are taken), *Sample time* (how often readings are saved to flash), and *Check-in time* (how often data is uploaded). Default settings are optimized for battery life — only change if you need faster updates. Dashboard → Settings → Notifications and Reports. In the Channels section, add email, phone number, and SMS number. You control the routing — critical alerts can go to SMS+email, info-level to email only. *Note: real-time alerts require either the app running within Bluetooth range, or an iMatrix Wi-Fi Micro Gateway.* In Basic view, set **Alarm High**, **Alarm Low**, and **Threshold in time** for each parameter. Advanced view supports up to 6 alert levels per parameter. Browse the full set of Quick Start Guides for Neo sensors, gateways, and Sentry-1. All Quick Start Guides → ---