Qolytics provides wearable sensor‑based biomechanical analytics that detect subtle movement changes indicating fatigue, imbalance, or recovery drift before injuries cause time loss.
Funding
Funding not disclosed
Founders
Product
Problem
Coaches and sports medicine staff often lack real-time, quantitative insight into subtle biomechanical changes that signal fatigue, imbalance, or early injury risk, relying instead on periodic video reviews or lab assessments that are time‑consuming and disruptive to regular training.
Solution
Qolytics delivers a wearable sensor system combined with cloud‑based biomechanical analytics that captures athletes’ movement data during everyday drills and lifts. The platform creates individualized baseline models and generates 3D joint visualizations, highlighting deviations in symmetry, stability, and control as they occur. Real‑time alerts and trend analytics enable coaches, trainers, and medical personnel to intervene early, adjust technique, and make data‑driven return‑to‑play decisions without requiring dedicated lab setups or extensive video analysis. By integrating seamlessly with existing athlete management workflows, Qolytics provides actionable movement intelligence that helps prevent overuse injuries and extend player longevity.
Target Audience
Primary customers are professional and elite sports teams, including coaches, performance trainers, and sports medicine staff who need continuous biomechanical monitoring to manage injury risk and recovery.
Features
- Small wireless IMU sensors placed on key body segments to capture joint angles, limb symmetry, and instability metrics in real time
- Cloud‑based analytics engine that builds athlete‑specific baseline movement profiles and detects deviations linked to ACL, MCL, and overuse injury patterns
- Interactive 3D visualization dashboard that displays joint mechanics and highlights asymmetries for instant coaching feedback
- Real‑time alerts and predictive risk scores that notify staff of emerging fatigue or imbalance during training sessions
- Baseline and trend tracking tools to monitor recovery progress and inform return‑to‑play timelines
- Easy integration with existing athlete management systems, requiring no lab environment or specialized training