Equigraph™
Equine Safety and Performance Monitoring
Equigraph is a cutting-edge biometric sensor system developed by Stable Analytics, designed to revolutionize how the Thoroughbred industry monitors and protects the musculoskeletal health of racehorses. Engineered for use in racehorses during training, Equigraph captures high-resolution motion and physiological data in real time, allowing for early identification of biomechanical irregularities that may signal developing injuries. Supported by industry leaders including our partnership with Equibase, this research-backed initiative is grounded in a single, urgent goal: to reduce catastrophic injuries in racehorses through proactive, data-driven intervention.
The Equigraph sensor is lightweight, non-invasive, and worn during regular morning training. Not only is it able to capture highly accurate time and sectional data for each horse, it continuously collects data on stride parameters, symmetry, impact loading, and other biomechanical indicators, which are then analyzed using proprietary algorithms developed by Stable Analytics. These algorithms generate individualized performance and health profiles and flag subtle changes in movement over time that may precede injury—insights that are impossible to detect with the naked eye. Paired with an app for your phone, Equigraph enables trainers and veterinarians to receive timely, actionable feedback, helping them make more informed decisions about a horse's performance, fitness, or need for veterinary evaluation.
By uniting wearable technology with equine data science, Equigraph represents a major step forward in the industry's efforts to prioritize horse welfare and safety. The system is currently being deployed at select racetracks in Kentucky, with the aim of expanding nationwide. This initiative is part of a broader commitment to transparency, accountability, and innovation in Thoroughbred racing. As the data infrastructure continues to grow, Equigraph will help build a future where every horse benefits from continuous, personalized monitoring—and every decision is backed by science.