Poultry Farm Monitoring

Stop losing birds to heat and power cuts.

We watch the temperature, humidity, ammonia and — most important — whether your fans and power are running. If a fan stops on a 44°C afternoon, we raise the alarm and call your phone in minutes, before the shed turns deadly.

Made in India
LIVEFarm · 3 sheds
Shed A — temperature
24.6°C
setpoint 24°C
Heat-stress index (THI)
72ALERT · cool the shed
comfortalertdangeremergency
1 shed to watchWe’ll call you the moment a fan stops or the heat climbs.

What is IoT monitoring for a poultry farm?

IoT monitoring for a poultry farm puts internet-connected sensors in each shed, so temperature, humidity, ammonia and — most important — fan and power status are tracked 24×7, and an alarm calls your phone within minutes when something turns dangerous. It protects the flock from sudden heat and power failures, and catches disease a day early. Read the full guide to IoT for poultry farms →

When the fans stop in summer, a shed can die within the hour.

In a closed house, heat and gases build up fast and birds suffocate or pile. A heat wave plus a load-shedding cut is every grower’s nightmare. We make sure that 2 AM fan failure wakes someone up.

Minutes

Fan & power failure

Heat and CO₂ build in minutes. The alarm has to wake you the instant a fan or the mains drops.

Under an hour

Heat stress (40–48°C)

Feed stalls, growth stops, birds die. The hotter summers make this the number-one loss.

Silent

Disease

Water intake falls a full day before a single bird looks sick — the one early signal that's easy to miss.

Shed B — water intake today
−18%vs 7-day avg
Sudden drop · check the flock now

The birds look fine. But they stopped drinking this morning — a day before you’d see a sick bird. Treat now, while it’s still cheap to fix.

Catch trouble a day early

A drop in water tells you before any bird looks sick.

Birds drink before they eat, and eat before they die. We track daily water — and the water-to-feed ratio — per shed, and flag a 10–20% drop instantly. That means you treat the flock one to three days earlier, while it’s still cheap to fix.

What we watch

Every number that decides your profit per bird.

In plain words, with the safe range and the danger — and an alarm the moment something turns the wrong way.

Parameter / safe rangeWhat it means & the risk
01Fans & poweralways on

If the fans stop in summer heat, a shed can die within the hour. This is the alarm that matters most.

If it goes wrongMains fail, generator won't start, fuel low — you and your supervisor are called at once.

02Temperatureby bird age

Chicks can't keep themselves warm for two weeks. The wrong heat now stunts them for life.

If it goes wrongWe follow the age curve and warn on any drift toward chilling or heat stress.

03Heat-stress (THI)comfort below 70

The real heat the birds feel — temperature and humidity together, in one number.

If it goes wrongCrossing into danger gives you time to fog and ramp fans before the deaths begin.

04Water intake1.6–2× feed

Birds drink before they eat and eat before they fall sick. A drop is your earliest warning.

If it goes wrongA sudden 10–20% drop flags a problem a full day before any bird looks ill.

05Ammonia (NH₃)below 25 ppm

Burns their lungs, cuts growth, and harms your workers — and you can smell it too late.

If it goes wrongAbove 25 ppm costs about a quarter-kilo of weight per bird by week 7.

06Feed & FCRtarget ~1.6

Feed is 70% of your cost. Better air and heat control means less of it wasted.

If it goes wrongEven 0.1 better FCR across a year of batches is real money in your pocket.

07Mortalitybelow 4%

Every bird lost is money gone. We plot daily deaths against what's normal for the age.

If it goes wrongA spike above the normal curve confirms a problem while you can still act.

08Egg productionpeak 90%+

For layers, lay rate is your revenue. We compare it to the standard curve every day.

If it goes wrongA sudden drop signals disease, heat or a lighting fault the day it begins.

Protect your margin

Feed is 70% of your cost. We help you waste less of it.

Tighter heat and air control keeps birds eating and growing on curve. Even a 0.1 better FCR across six to eight batches a year is real money — and for contract growers, better FCR and livability mean a bigger growing charge.

This is what you’ll see

Every shed, at a glance.

Green means safe. Amber means cool the shed. Red means act now.

LIVEFarm · 3 sheds
Fans & power — life safetyALL SAFE
Fans runningMains ONGenerator readyBattery 100%
Shed A — temperature
24.6°C
setpoint 24°C
Heat-stress index (THI)
72ALERT · cool the shed
comfortalertdangeremergency
Water today+3%
Ammonia12ppm
Humidity58%
CO₂2,400ppm
Avg weight1.48 kgon curve · +68 g/day
Feed conversion1.58target ~1.6 · ahead
Livability96.4%target > 96%

Built for real conditions

Battery backup, and an alarm that survives a power cut.

Generator not auto-starting? Fuel low before a forecast heat wave? You’ll know. Alerts go to you and your supervisor by call, WhatsApp and SMS.

FAQ

Poultry farm monitoring — your questions

What does poultry farm monitoring track?

It watches in-house temperature against the bird's age curve, humidity, ammonia and CO₂, the heat-stress index (THI), daily water and feed intake, and — most important — whether the fans and power are actually running.

How does it prevent losses from a fan or power failure?

Fan and mains/generator status is the life-safety alarm. If a fan stops or the power fails on a hot afternoon, the system raises a staged alarm and calls your phone and your supervisor within minutes — before heat and CO₂ build to deadly levels, which in a closed shed can happen within the hour.

How can it warn me about disease before the birds look sick?

Birds drink before they eat and eat before they fall ill. By tracking daily water intake per shed and flagging a sudden 10–20% drop, it warns you a full day before any bird shows symptoms — while treatment is still cheap and effective.

Does it help improve feed conversion (FCR)?

Yes. Feed is roughly 70% of your cost. Tighter heat and air control keeps birds eating and growing on curve; even a 0.1 improvement in FCR across a year of batches is significant money, and for contract growers better FCR and livability mean a larger growing charge.

Does it work for both broiler and layer farms?

Yes. Broiler growers get weight-on-curve, average daily gain, FCR and livability tracking, while layer farms get hen-day egg production against the standard lay curve — alongside the same climate and life-safety alerts.

Is this an IoT system for poultry farms?

Yes. It is a full IoT based poultry farm monitoring system: internet-connected sensors in each shed stream temperature, humidity, ammonia, CO₂ and fan-and-power status to the cloud, show them as plain numbers on your phone, and raise a voice-call alarm within minutes when a reading or a fan failure becomes dangerous — even during a power cut.

How much does a poultry monitoring system cost?

Cost depends on the number of sheds and what you want watched. Set against the value of a shed lost to a heat or power event, and the feed saved by tighter FCR, the system usually pays back quickly. Book a meeting with the MD for a quote tailored to your farm.

See it for yourself. Talk to our Managing Director.