Wireless Temperature & Humidity Monitoring with iNut — Fast Install, No Wiring, WiFi Mesh Coverage

In cold storage, pharmaceutical warehouses, server rooms, livestock farms, or production plants, just a few hours of temperature or humidity drifting outside the safe range can ruin goods, kill a batch, or halt a production line. Yet the common way to monitor is still walking around with a thermometer to log readings each shift, or installing costly, tangled signal cabling — data that's fragmented, not real-time, and usually only reveals a problem after it's too late.

Wireless temperature and humidity monitoring solves exactly that bottleneck: let the sensor measure continuously, let the data fly back over the air, and let the system handle alerts and control instead of a person standing watch. With iNut, you mount the device on the wall, power it up, configure it in the app, and you're done — no signal cabling, no drilling, and adding another measuring point takes just minutes.

Every accurate alert starts with an accurate measurement. iNut's temperature and humidity sensors deliver high accuracy and fast response, measuring both temperature (°C) and relative humidity (%RH) simultaneously at each location — in cold storage, curing rooms, server rooms, or outdoors. Data is standardized and tagged by measuring point, so you know exactly where a reading is drifting out of range.

This is the solution's real selling point: iNut WiFi Mesh nodes automatically pair up, with distant nodes relaying through nearer ones to blanket the whole area with coverage — through walls, across multiple rooms, down long corridors — without a single meter of signal cable. In places that are hard to wire, like cold storage, basements, or outdoor sites, the iNut RS485 / WiFi Mesh solution just works once mounted; adding another measuring point is as simple as adding a new node, and the network picks it up automatically.

A measurement only matters if you can act on it. Set the thresholds once: temperature too high → fan/AC turns on; humidity too high → dehumidifier/ventilation runs; humidity too low → misting valve opens; once conditions are met, it switches off automatically. At the edge layer, iNut PC runs the logic and switches relays – valves – fans right on site, while iNut Muro handles microclimate control for places that need very stable temperature and humidity. No one needs to stand by to flip switches.

Temperature and humidity incidents tend to happen when no one's watching — the middle of the night, a day off. iNut PC monitors continuously, and whenever a value exceeds or drops below a threshold or the sensor signal is lost, the system immediately pushes an alert via Email and Telegram with the measuring point, value, and timestamp — even in areas with only 4G coverage, thanks to the gateway's uplink. You find out about a problem the moment it starts, instead of discovering ruined goods the next morning.

All measuring points appear on a single screen: real-time temperature and humidity charts, a status map for each room, and history for lookup and report exports. With the iNut app you view data and change thresholds remotely right from your phone; iNut Platform (self-hosted cloud) builds a SCADA-style dashboard for the whole system, paired with iNut Datalogger for long-term data storage. Data is transparent, and whoever's on duty can grasp the situation in seconds.

In places without stable grid power — outdoor stations, remote warehouses, riverside farms — iNut devices still run reliably on solar power and wireless data transmission. Install once and the data flows back automatically; every parameter and threshold can be adjusted remotely via the iNut app without a site visit. For systems that already have control cabinets or measuring instruments, iNut RS485 and iNut OPC (OPC UA/Modbus/XML-DA) gateways help pull that data into the same platform.

// Quick specs