Our Technology
BUILT ON THE WORLD'S LEADING COMPUTER VISION PLATFORM
Livestock Technologies is built on Ultralytics computer vision technology—the same framework trusted by researchers, Fortune 500 companies, and leading AI developers worldwide.

Partnership with Ultralytics
Combined with our livestock-specific custom training and never-before-seen methodologies, this creates monitoring capabilities impossible to achieve with generic systems.
✓ Proven Reliability
At scale, trusted by Fortune 500 companies
✓ Cutting-Edge Algorithms
Continuously updated with latest advances
✓ Industry-Leading Accuracy
In object detection and tracking
✓ Foundation for Innovation
We build our custom models upon this proven base
CORE CAPABILITIES
Advanced technology that works in real-world conditions

Occlusion-Free Tracking
Advanced depth mapping and predictive algorithms ensure that animals are never "lost" in the data, even in crowded pens. When animals overlap visually, our system maintains continuous individual tracking.

All-Weather, 24/7 Operation
- ✓Complete darkness (not just low light—total darkness)
- ✓Heavy rain and snow
- ✓Dust storms and fog conditions
- ✓Temperature extremes

Individual Biometric Identification
- ✓Non-invasive (no tags, no stress)
- ✓99.9%+ accuracy
- ✓Works across cattle, goats, and sheep
- ✓Permanent tracking from birth to market
- ✓Enables farm-to-fork traceability


Behavioral Intelligence
Animal Health Indicators
Early detection of health issues
Social Dynamics & Hierarchy
Understand herd behavior patterns
Anomaly Detection
Real-time alerts for unusual behavior
Activity Patterns
24/7 activity monitoring
Early Intervention
Actionable opportunities identified
Predictive Modeling
NASA-inspired digital twin technology
NASA-Inspired Digital Twin Technology
We create precise digital representations of your livestock operation, enabling:
100% Data Retention
No data can ever be lost. Ever.
Ready to See Our Technology in Action?
Schedule a demonstration to see how our technology can transform your operation
Request Demo