Our main technologies
Computer vision
This technology tracks a person's movements during diagnostic or training exercises. It creates a digital replica of the musculoskeletal system based on 67 key points of the body. These points are connected, and color coding indicates deviations from the reference technique. This allows for precise monitoring of crucial musculoskeletal aspects like elbow flexion, shoulder alignment, and pelvic positioning.
Artificial intelligence
AI, along with high-precision neural networks, analyzes videos of users performing exercises to detect musculoskeletal disorders across the 67 key points and 600 body parameters. It also assesses the severity of each disorder on a scale from low to critical. Additionally, AI is used to generate diagnostic reports in PDF format and mobile applications. These reports include detailed descriptions of detected deviations, associated health risks, and recommendations from certified functional coaches.
Machine learning
ML aids in generating personalized health improvement training programs. These programs are tailored to the user's musculoskeletal conditions, injuries, lifestyle, age, and weight. By leveraging ML algorithms, the system continuously refines and updates these programs based on user feedback and progress.
Sensor technology
The integration of sensor technology enables real-time monitoring of musculoskeletal performance during exercises. The application can connect to wearable devices such as smartwatches or motion sensors embedded in clothing to gather relevant biomechanical data. By leveraging sensor technology, the system enhances the accuracy of musculoskeletal assessments and ensures precise customization of rehabilitation and training programs.
Data processing and validation
Computer vision and data processing, coupled with high-precision neural networks, ensure accuracy in detecting physical characteristics. The data obtained undergo scrutiny and validation by functional trainers, rehabilitation physicians, and physiotherapists, ensuring reliability and effectiveness in diagnosis and treatment recommendations.
How to use our software
1. Install the app on your device with a camera.
2. Engage in simple diagnostic exercises using your phone's camera.
3. Advanced computer vision technology identifies key points in the musculoskeletal system, creating its precise digital replica.
4. Artificial intelligence meticulously analyzes over 600 body parameters, detecting irregularities in musculoskeletal function and comparing them with established norms.
5. Machine learning models and comprehensive data analysis generate personalized training plans, recommending exercises, monitoring execution, and tracking changes in the digital musculoskeletal replica.
6. Expert validation of diagnostic results and training programs is provided by a collaborative team of rehabilitation physicians, physiotherapists, and certified functional coaches.
