VACAVISION uses computer vision and AI to monitor livestock 24/7, turning everyday animal behavior into clear, actionable insights for farmers.
Starting with dairy cows, we help farms detect heat, health issues, lameness, calving events, and unusual behavior without wearables, invasive devices, or operational disruption.
Livestock operations are getting harder to manage. The animals are giving signals — but farmers cannot watch everything, all the time.
Using standard cameras, computer vision, and AI-driven behavioral analysis, VACAVISION monitors animals continuously and identifies meaningful changes before they become costly problems.
Animals are enrolled into the system and tracked using computer vision. The goal is to recognize individuals and follow behavior over time.
The platform learns normal and unusual patterns: movement, mounting behavior, restlessness, lying time, feeding behavior, possible pain signals, and reproductive cues.
VACAVISION sends clear alerts and actionable insights so farmers can act faster, prioritize animals, and make better decisions.
VACAVISION is designed to help farms reduce blind spots, improve monitoring consistency, and make animal-level decisions with greater confidence.
Most monitoring systems are limited by wearables, RFID hardware, or feed-driven behavior. VACAVISION focuses on continuous barn-wide visibility and real animal behavior.
| Solution Type | Technology | Individual Tracking | Reproductive Monitoring | Requires Wearables? | Differentiator |
|---|---|---|---|---|---|
| VACAVISION | Vision-Based | ✓ | ✓ | NO | Inside the barn, acting on real animal behavior, not feed-driven responses. |
| Other vision-based monitoring | Vision-based | ✓ | ✓ | NO | Often focuses on gait, body condition, or specific behavior signals. |
| Parlor and workflow video analytics | Vision-based | – | – | NO | Often designed around operational workflows and milking procedures. |
| Feed and water behavior systems | Vision-based | – | – | NO | Often centered on feeding, drinking, and pen-level behavior patterns. |
| RFID / ear-tag systems | RFID / Wearable | ✓ | ✓ | YES | Health and fertility monitoring through animal-mounted sensors. |
| Collar and leg sensor systems | RFID / Wearable | ✓ | ✓ | YES | Detailed health and fertility insights through wearable hardware. |
Upload videos, review AI-generated observations, and prioritize animals that may need attention. Prototype mode — full backend under development.
Or reach us directly: bryan.ramirez@vacavision.co