FlexiTrace provides an AI-powered app for markerless gait and posture analysis, delivering real-time 2D and 3D motion insights without the need for sensors or wearables. This technology enables physiotherapists and biomechanics experts to assess and enhance mobility, strength, and posture effectively using just a smartphone.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional gait and posture analysis often requires specialized equipment, lab settings, and trained professionals, making it difficult to access and implement in various clinical and fitness environments. The reliance on markers and sensors can be time-consuming and may not accurately reflect natural movement patterns.
Solution
FlexiTrace offers an AI-powered mobile application that performs markerless gait and posture analysis, providing biomechanical insights without the need for external sensors or wearables. Using just a smartphone, the application delivers real-time 2D and 3D motion analysis, enabling objective assessment of movement patterns in any environment. The app leverages computer vision and machine learning algorithms to track joint movements, calculate angles, and generate comprehensive reports. This allows professionals to efficiently evaluate mobility, strength, and posture, facilitating personalized interventions and corrective exercises.
Target Audience
The primary users are physiotherapists, biomechanics experts, sports scientists, and other healthcare professionals involved in movement analysis and rehabilitation, as well as fitness professionals focused on posture correction and performance enhancement.
Features
- Markerless motion capture using a standard smartphone camera
- Real-time 2D and 3D joint angle calculation and visualization
- Gait analysis module providing key gait parameters and asymmetry metrics
- Posture analysis tools for assessing spinal alignment and body symmetry
- Generation of anatomical skeleton overlays synchronized with video
- 3D trajectory tracking of joint movements
- Biomechanical plane projections for detailed analysis
- Integration of a physics engine for motion recording and analysis
- Option to export data to OpenSim for advanced biomechanical modeling