Industrial Precision for Every Embryo

Advanced monitoring for cold storage, setters, and hatchers

Cold Storage Stability

Maintain a consistent 18°C environment to prevent early embryo death and 'Egg Sweating'.

CO2 & O2 Balancing

Monitor embryo respiration to eliminate 'Dead-in-Shell' and mushy chick syndrome.

RH-to-Temp Ratio

Strictly govern humidity to ensure clean navel closure and eliminate Omphalitis.

Transport Monitoring

Track THI inside delivery vehicles to protect day-old chicks from fatal dehydration.

Spatial Sensor Mapping

Identify 'Cold Spots' and 'Heat Pockets' in large industrial incubators for uniform hatching.

Critical Alerts

Get instant WhatsApp notifications if incubator parameters drift, protecting your CQS scores.

Manual Hatcheries vs. Firm.Farm

Why precision automation is the key to a 95%+ hatch rate

Manual Monitoring Risks

Common causes of poor chick quality

Inconsistent cold storage leading to compromised shell integrity.
Poor CO2 balancing causing embryo respiratory failure.
Humidity fluctuations leading to 'Black Button' and navel issues.
Undetected thermal pockets causing uneven hatch timing.
Transport stress causing high first-week mortality in chicks.

Firm.Farm AI Solution

Technology for superior Chick Quality Scores (CQS)

High-precision sensors maintain a perfect 18°C for egg storage.
AI-driven CO2 monitoring ensures optimal embryo weight loss.
Automated RH control ensures robust health and clean navel closure.
Spatial mapping ensures uniform temperature across the entire incubator.
Mobile THI sensors protect chicks during the critical first 24 hours of transport.

Built for High-Precision Industrial Use

Hatchery Electronics & Mapping

Our sensors provide the granular data needed to balance embryo respiration with heat dissipation. The system integrates with your existing ventilation to maintain the perfect incubation climate automatically.

95%+ Hatch Rate: Achieve industry-leading performance via CO2 and RH balancing.
Transport Ready: THI sensors specifically for chick delivery vehicles.
4G IoT: Real-time data streaming from cold storage to the hatcher.

Incubation Control Recipes

Target parameters for every stage of the hatchery cycle

Egg Storage Cycle

Cycle Phase	Target Temp	Critical Metric	Desired Outcome
Cold Room	18°C	Shell Integrity	Prevent Embryo Death

Incubator/Setter Cycle

Cycle Phase	Target Temp	Critical Metric	Desired Outcome
Early Stage	37.5-37.8°C	CO2 Balance	Embryo Respiration
Late Stage	37.2-37.5°C	Weight Loss	95%+ Hatch Rate

Hatcher & Transport Cycle

Cycle Phase	Target Temp	Critical Metric	Desired Outcome
Hatching	36.5-37.0°C	RH-to-Temp Ratio	Clean Navels
Transport	Dynamic	THI Monitoring	Zero Dehydration

WhatsApp Hatchery Alerts

Immediate notification for any deviation in the micro-climate.

💬 FIRM.FARM Hatchery

Incubator #05: CO2 levels rising above safety threshold. Fresh air intake increased to protect embryo respiration.

Hatchery FAQs

Common queries about incubation automation

By using CO2 and Humidity sensors to balance embryo respiration and weight loss, the system eliminates the primary environmental causes of mushy chick syndrome and late-stage mortality.

Yes. Our high-precision temperature sensors maintain a consistent 18°C, preventing 'Egg Sweating' and early embryo death.

It involves placing multiple sensors throughout large industrial incubators to identify 'Cold Spots' or 'Heat Pockets' that cause uneven hatching and lower your Chick Quality Scores.

Our THI sensors are placed inside delivery vehicles to monitor the micro-climate during the first 24 hours, protecting day-old chicks from fatal transport stress.

Contact Us

firm.farm

(Unit of Thotaka Tekhnologies India Pvt Ltd.)
#36-46/2, Plot No 486,
Defence colony, Sainikpuri,
Secunderabad -500094,
Telangana-India
Ph: +91-9347409519
email: hello@firmcompute.com

Smart Hatchery & Incubation Control