TracME - CES award-winning Movement Tracking AI Fitness

A smart motor-controlled strength and rehabilitation training system that uses AI-assisted technology for customized exercise prescription. The system features isokinetic-based smart pulleys for medical testing, fitness assessment, and body composition evaluation in hospital and clinical settings. Based on test results comparing the user's metrics to national percentile rankings, the system prescribes over 100 AI-customized exercise programs targeting upper limbs, lower limbs, and trunk muscles.

ExoFit: AI-Powered Personalized Rehabilitation & Fitness Solution Key Features & Competitive Advantages 1️⃣ AI-Powered Personalized Exercise Programs Advanced AI algorithms analyze movement patterns to recommend optimal exercises Real-time data collection provides instant performance feedback and progress tracking 2️⃣ Accurate Strength & Motion Assessment System Quantitative exercise assessment using high-precision sensors (strength, mobility, balance, etc.) Enables monitoring and improvement of rehabilitation progress and athletic performance 3️⃣ Optimized for Healthcare & Fitness Professionals Rehabilitation Centers & Hospitals: Quantitative recovery assessment with personalized exercise programs Fitness & Personal Training Centers: Performance optimization through data-driven exercise guidance Research Institutes & Sports Science Labs: Evidence-based studies and advanced fitness research applications

Space-efficient fitness and wellness system integrating AI and IoT for comprehensive body evaluation, rehabilitation support, and performance monitoring in clinical and therapeutic settings.

Fitness and rehabilitation device for training and proprioception applications.

AI-powered platform utilizing computer vision technology to provide real-time motion tracking and guided exercises for physiotherapy and rehabilitation. Delivers personalized home exercise programs with digital assessments and performance feedback to optimize patient adherence and clinical outcomes.

Electronic skin-based device for monitoring movement and physical activity in rehabilitation and sports medicine applications. Provides real-time kinetic data for assessment of patient mobility and exercise performance.

Intelligent textile garments with integrated motion sensors for tracking patient progress during rehabilitation exercises. These wearables provide continuous data collection during physical therapy and recovery monitoring.

Real-time motion capture system for tracking patient movement during physical therapy and rehabilitation programs. Provides objective data for assessing recovery progress and treatment efficacy.

Motion capture textile system developed through AiQS partnership with Synertial for movement analysis and assessment. Enables quantitative measurement of patient mobility and rehabilitation progress in therapeutic settings.

Three-dimensional motion capture combined with body sensing interactive technology to guide patients through task-oriented training in virtual reality environments for neurological rehabilitation.

The 3D gait analysis system is a solution designed to precisely analyze movement pattern changes by collecting 3D motion, acceleration, and joint trajectory data in various environments. This system ensures accurate data collection even during rapid movements and in challenging conditions. It features small, water-resistant sensors and improved straps, allowing for natural movement measurement. Additionally, it offers outstanding technical advantages such as over 10 hours of battery life, lossless data capture, and robust wireless communication. It is the ideal choice for customers requiring precise 3D gait analysis.

Advanced biomechanical analysis system using 4D motion capture, 20,000+ pressure sensors, and AI-trained algorithms to assess gait abnormalities and musculoskeletal imbalances in real-time. Enables clinicians to prescribe personalized custom insoles for athletes and patients requiring movement correction and performance optimization.