Monitoring & Controlling Chicken Farms with iNut: Automatic Fans, Heating, Misting by Threshold
iNut's IoT solution for chicken farms: temperature, humidity, NH₃ and CO₂ sensors that automatically trigger fans, heating and misting by threshold, send power-outage alerts via Email/Telegram, and provide realtime monitoring through a SCADA dashboard and the iNut app. Fewer flock losses, lower electricity costs, more even-sized chickens.
Raising chickens at scale is a constant battle with the barn's microclimate: just a few degrees of extra heat at midday, humidity building up, or ammonia accumulating overnight is enough to stress the flock, cut feed intake, and slow growth — and in severe cases, cause mass die-offs. Manually monitoring the barn — logging by hand, estimating by feel, then running to switch on fans or pull curtains — is exhausting and always a step behind: by the time the problem is noticed, the damage has already happened, especially during night shifts or a sudden power outage.
Smart chicken farm monitoring and control isn't a luxury — it's about letting sensors replace the person watching the barn, data drive the decisions, and the system automatically run fans, heaters and misting at the right moment. iNut brings exactly that toolkit into every barn row, running around the clock and reporting straight to your phone.
Barn sensors — the farm's "eyes and nose"
Every good decision starts with good data. Inside the chicken house, iNut continuously measures temperature, humidity, airflow speed and, crucially, accumulated toxic gases — ammonia (NH₃) from droppings, CO₂ from respiration, plus dust and light levels. Everything is gathered in one place in real time, replacing the daily routine of stepping into the barn to "sniff-test" the air.
Wireless connectivity — covering every barn row
Chicken farms usually stretch across many rows with thick, damp, dusty walls — running signal cable is both costly and prone to failure. iNut RS485 / WiFi Mesh transmits data wirelessly, with nodes relaying signals to each other to cover the whole farm; in areas far from a power source, the iNut cabinet runs on solar power — install it once and data flows back to the gateway on its own.
Threshold-based automation — fans · heaters · misting
This is the heart of the solution. Just set the thresholds once: when it's too hot, the exhaust fans speed up to pull hot air out; when it's too cold — especially for brooding chicks — the heat lamps/heaters switch on automatically; when it's dry, cooling misting kicks in. NH₃ levels above threshold also trigger the ventilation fans. The iNut Muro microclimate-control solution runs exactly this loop, automatically activating at threshold and stopping again once the barn reaches the target condition.
Instant alerts — power outage, heat, toxic gas
For a chicken farm, a delay of even a few dozen minutes can wipe out an entire flock — the most dangerous scenario is a power outage that stops the fans in the middle of a hot afternoon. iNut PC at the edge layer collects data, runs logic right on-site, and pushes instant alerts via Email/Telegram whenever temperature exceeds threshold, NH₃ spikes, or power is lost — with a 4G uplink so alerts still get through even if the fixed-line Internet fails.
Realtime monitoring — the whole farm in your phone
Farm owners can view data for each barn row, change thresholds, and turn fans/heaters on or off remotely via the iNut app; meanwhile iNut Platform (self-hosted cloud) builds a SCADA-style dashboard with trend charts, alarm history, and operation logs. Add iNut Datalogger to store long-term data for comparing between flock cycles and optimizing electricity and feed costs.
Field deployment — built tough for dust & damp
The chicken farm environment is harsh: feed dust, moisture, corrosive gases, and vibration from large fans. iNut devices are housed in sealed enclosures, and sensors are chosen specifically to withstand these conditions; in free-range areas or farms far from the power grid, the whole station still runs on solar power and transmits wirelessly. Need to integrate with an existing SCADA/PLC system? iNut OPC speaks standard OPC UA / Modbus / XML-DA to blend into the system without having to rebuild it from scratch.
// Quick specs
Temperature · humidity · NH₃ · CO₂ · wind
Fans · heating · misting · curtains
Email · Telegram · power outage
RS485 · WiFi Mesh · 4G
SCADA dashboard · iNut app
Solar panels · rugged outdoor operation
What does a smart chicken farm gain?
A stable microclimate and timely power-outage alerts help avoid mass losses from sudden heat shock.
Fans and heaters only run when needed, based on thresholds — no unnecessary runtime, so the power bill drops noticeably.
Temperature, humidity and gas levels staying within ideal ranges keeps birds eating well and growing evenly, shortening the rearing cycle.
Less night-shift barn watching; every reading and alarm is logged and clearly traceable per flock cycle.
The flock hasn't changed — only the way we tend the barn has
It's still the same barn roof, the same flock, the same familiar fans and heat lamps; what's new is that we now see the barn through data and let the system cool, warm, and ventilate at exactly the right moment — instead of chasing after every incident. Smart chicken farm monitoring and control, in the end, is simply about turning an experienced farmer's know-how into something repeatable, precise, hour after hour, day after day.
What is your barn "telling" you at 2 a.m. — that no one has heard yet?