Ammonia creeps. Temperature drifts. Feed conversion slips. OmnIoT brings every house sensor into one cloud and every alert into a branded mobile app in the hands of your flock manager. Full-stack: hardware, firmware, cloud, mobile, under your brand.
The platform spans broiler, layer, breeder, and hatchery operations. House count, species, and production model change the sensor mix.
You run production houses with thousands of birds per house. Climate drift of 2°C kills conversion; ammonia above 25 ppm hits feather condition and weight gain. You need house-level climate monitoring with alerting that reaches the flock manager before the birds do.
You manage parent stock, incubation, and chick placement. Tight tolerance on temperature and humidity across incubators and brooder houses. You need per-room environmental logs for audit trails and flock-level performance tracking over the production cycle.
You sell ventilation controllers, feeding systems, scales, or climate equipment and your grower customers are asking for connectivity and a mobile app. You need a branded IoT layer you can ship under your own name without building firmware and cloud teams.
Modular hardware. Any sensor with RS485, analog, or I2C output plugs in. Our reference integrations cover every parameter a real poultry operation tracks.
Multiple SHT30-class sensors distributed across the house length. Real-time gradient tracking, zone alerts, history for audit.
Electrochemical NH3 sensors and NDIR CO2 sensors for air quality. Critical for welfare scores, growth rate, and feather condition.
Differential pressure sensors for negative-pressure ventilation systems. Closed-loop control of inlet actuators and fans.
Flow meters on water lines, load cells on feed bins. Daily consumption by house. Early indicator of health issues before visible symptoms.
Perch-style bird scales sampling continuously. Growth curve tracking against breed standard. Feed conversion ratio calculation.
Digital outputs drive fan stages, heater contactors, inlet actuators, and curtain motors. Closed-loop climate from sensor readings.
Sensor data is the input. Workflows are what makes it useful. OmniCloud ships with the workflows poultry operations need on day one.
Real-time view of every house: temperature zones, humidity, NH3, CO2, bird weight, feed/water usage. One operator can monitor a dozen houses from anywhere.
Thresholds per house, per flock age. Push to mobile, email, Telegram. Escalation if the first person does not acknowledge. Frost-protection and overheating alerts.
Branded iOS and Android app for flock managers. House-level readings, manual observations, photo notes, feeding adjustments. Works offline.
Flock-level records across the production cycle. Mortality, feed conversion, average daily gain, water-to-feed ratio. Year-over-year benchmarking.
Environmental logs for welfare audits, quality schemes, retailer requirements. CSV and PDF reports on demand.
Sensor-driven ventilation and heating. Manual overrides, safety interlocks. Your setpoints, your control curves, your brand.
OmnIoT is a full-stack IoT platform running across agriculture and aquaculture today, with a modular architecture that deploys into any vertical where sensors, controllers, a cloud, and a mobile app need to ship together under one brand. Poultry operations inherit the same production-grade hardware, cellular firmware, multi-tenant cloud, and branded mobile apps the rest of the platform uses.
For the cost and timeline math behind choosing a full-stack platform over building infrastructure yourself, read the real cost of building on AWS IoT Core.
Any sensor with RS485 Modbus RTU, analog 0-10V or 4-20mA, or I2C output plugs into our controllers. Typical poultry integrations include SHT30-class temperature/humidity, NH3 electrochemical sensors, NDIR CO2, differential pressure transducers, flow meters, load cells, and various ventilation-specific sensors. Custom sensors can be added as part of an ODM engagement.
Yes. OmniCloud runs in production across the agriculture and aquaculture verticals today. The hardware is industrial-grade, the firmware has been hardened across thousands of deployments, and the multi-tenant cloud is designed to scale across customers and sites.
Yes. Controllers have digital outputs for fan stages, heater contactors, curtain motors, and inlet actuators. MQTT control topics with safety interlocks. Closed-loop climate control from sensor readings is a standard workflow.
It does not have to. We can sit alongside an existing controller (Big Dutchman, Rotem, Munters, etc.) by reading from its data outputs and providing the cloud, mobile app, and multi-house dashboard layer. Full replacement is possible in a greenfield build or ODM engagement.
Cellular (4G LTE Cat-M1/NB-IoT) is the default because most poultry sites have marginal WiFi. WiFi and Ethernet are options where site infrastructure is strong. The controllers buffer data through short outages and re-sync when coverage returns.
Typical pilots run 8 to 12 weeks from kickoff to devices in the house. Faster if the sensors you want are in our reference library; slower if we need to integrate a new sensor type. First pilot is typically 1 to 2 houses before scaling to the full site.
Quoted per scope. Pilot tier starts in the low five figures USD for hardware and NRE. Production scales to per-house hardware costs plus a per-user or per-site SaaS fee. We do not publish fixed price lists; every operation is different in house count, sensor mix, and automation depth.
Yes. The cloud UI and mobile apps support multiple languages including RTL (Hebrew, Arabic). Relevant for Middle Eastern and North African operations.
Every engagement starts with a 30-minute call. No deck, no pitch. Just your operation, your sensors, and what is blocking you from the monitoring you want.
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