With COW-AI, ACARiS transfers its globally recognized expertise from the equine sector to AI-based health monitoring for dairy cattle. Our AI has been specially adapted to the needs of dairy farms. It can precisely identify each animal, record health parameters, and monitor not only every single cow but also the entire herd with ease. This provides farmers with clear, simple insights to optimize productivity and health.
ACARiS’ artificial intelligence offers:
Lameness detection from 1 to 5
Camera-based identification of cows WITHOUT sensors on the animal
Simple, cost-effective installation with very low maintenance requirements
Loss of Milk YieldFertility ProblemsRising CostsHigher Culling RatesAnimal Welfare in Focus
Using the newly developed cameras, your herds are monitored around the clock without disrupting farm operations.
Our AI analyzes the behavior of your cows in real time and detects early signs of lameness. Body Condition Scoring can also be determined in real time.
Our unique AI identifies each individual cow without intrusive sensors or markings on the animal. Complex equipment and maintenance are thus a thing of the past.
Our platform generates real-time reports on the health and behavior of each individual cow and your herd, accessible via smartphone, tablet, and PC.
“The biggest change through COW-AI?
We are always one step ahead of the problems. Instead of merely reacting to symptoms, we prevent them. A lameness detected early saves treatment time, costs, and keeps the cow in the herd. Over the years, this adds up to enormous benefits – for the economic success of the farm and for the well-being of the animals.”
“With ACARiS COW AI, we use an AI-powered camera that records each cow’s gait without the need for transponders or restraint, detecting subtle changes in real time (e.g., step asymmetries, back posture, walking speed). If the system identifies abnormal locomotion, it is automatically reported – enabling our staff to respond more quickly to early signs of lameness, while cows that are already lame can be monitored more effectively with the system.”
