This platform offers real-time motion capture and biomechanical analysis using AI, enabling movement professionals to assess subjects directly from a computer. By eliminating the need for specialized equipment or calibration, the solution provides accessible and cost-effective movement analysis.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional biomechanical analysis often requires specialized equipment, calibrated environments, and trained personnel, making it difficult to access and implement in various real-world settings. This limits the ability of healthcare, sports, and academic professionals to efficiently and accurately assess human movement.
Solution
Factorial Biomechanics offers a web-based platform that provides real-time, markerless motion capture and biomechanical analysis using standard video. The platform leverages AI to analyze human movement from videos and devices, providing keypoints, angles, forces, and other biomechanical data. Users can calibrate analyses with real-world references, visualize data through interactive graphs, and generate shareable reports. The platform is designed to be accessible from any web browser, making it suitable for use in healthcare, sports, and academic settings.
Target Audience
The primary users are athletic trainers, physical therapists, and human movement scientists in healthcare, sports, and academic research.
Features
- Real-time kinematic analysis from natural video using AI-powered markerless motion capture
- Provides 33 keypoints, skeleton lines, articulation angles, center of mass, distance, and speed calculations
- Interactive graphs and data visualization with hide/show controls
- Calibration using real-world references to increase calculation accuracy
- Compliant anonymization to secure personal identity
- Integrated chat assistant powered by Google Cloud for assistance with setup, analysis, and report writing
- Hardware acceleration on Nvidia, AMD, and macOS