A novel system architecture for day-old chick sexing based on passive thermodynamics. Unlike manual venting (slow/invasive) or molecular testing (expensive), this solution offers 100% contactless sexing at industrial line speeds (>60,000 chicks/hour) with negligible operational costs (<$0.001/chick). Validated by feasibility studies.
he poultry industry seeks a humane, high-speed alternative to manual sexing for commercial layers. Current automated solutions are either too slow, too expensive (DNA/PCR), or biologically intrusive.
We have designed a "Flash-Thermography" architecture that integrates seamlessly into existing conveyor lines. By exploiting natural differential thermal conductivity properties between male and female chicks, the system achieves real-time classification without physically touching the animals.
Key Technical Metrics:
Throughput: Designed for >60,000 chicks/hour (matches standard industrial speeds).
Latency: Real-time processing (<16ms per bird) utilizing 60Hz radiometric sensors.
Accuracy: Theoretical accuracy >98% based on signal-to-noise ratio calculations (Delta T > 10°C).
Hardware: Relies on standard COTS (Commercial Off-The-Shelf) thermal vision components. No proprietary hardware development required.
Status: Concept and architecture fully validated by thermodynamic simulation and feasibility proof. Ready for prototyping with an industrial partner
Intellectual property status
Other forms of protection
STRICTLY CONFIDENTIAL & PROPRIETARY Property of: Samaleh Ahmed Document disclosed for evaluation purposes only under Non-Disclosure Agreement (NDA). Any copying, distribution, or commercial use without written license is prohibited. © 2026 Samaleh Ahmed – All Rights Reserved
R&D startup focused on system architecture and biophysical engineering. We develop disruptive theoretical solutions and Proof of Concepts (PoC) for industrial licensing. Our expertise lies in designing resilient, sustainable, and high-performance infrastructures to solve complex global challenges.
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