Moonwalker

Virtual reality-based pedestrian training system designed for gait rehabilitation and motor recovery. The Walk-Mill combines VR technology with controlled treadmill training to improve walking patterns, balance, and functional mobility in patients recovering from neurological or orthopedic conditions. Features include real-time motion feedback, customizable training scenarios, and integrated data analysis for treatment monitoring.

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

Walker View is a gait analysis and rehabilitation training system that uses a high-resolution, marker-less 3D camera to measure joint angles and velocities of the hip, knee, and ankle in real time. With a variety of built-in test modes, clinicians can quickly and easily perform pre- and post-treatment assessments, while providing immediate feedback to patients. The VR feature allows patients to train in immersive virtual environments such as a city or forest, making gait training more engaging and enjoyable rather than repetitive or boring.

Introducing the next generation of neuromuscular rehabilitation: the Spatial StimelMD by Motion Informatics. This state-of-the-art home device blends FDA-approved BioRythmIQ Technology with immersive VR/AR environments and AI-driven adaptive protocols. Tailored for stroke survivors and individuals with neuromuscular impairments, it offers gamified therapy sessions, 3D motion tracking, and real-time feedback to enhance recovery. Advanced rehabilitation is now accessible from home, with the latest iteration set to launch by the end of 2025.

High-precision sensor-integrated system for home-based rehabilitation featuring gamified training programs covering upper limb, lower limb, hand, speech, and cognitive functions. Delivers immersive rehabilitation experience with motion recognition matching rehabilitation therapist techniques.

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.

Morning Walk is a gait rehabilitation robot developed for a fast recovery for patients with walking disabilities. It is the ‘End-effector type gait rehabilitation robot system’ with the seating-type body weight support system which minimized the inconvenience of the conventional robot-assisted orthopedic exercise equipment.

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.

A body tracking and mixed virtual reality system designed for posture, gait, and balance assessment, fall prevention, and neurorehabilitation. The technology enables comprehensive movement analysis and rehabilitation training through immersive virtual reality environments.

VertiRehab is a vestibular rehabilitation platform that combines dynamic posturography, smart visual feedback, and AI-driven assessment tools for treating balance and dizziness disorders. The system enables clinicians to deliver targeted vestibular therapy with real-time motion tracking and personalized exercise protocols for patient recovery and fall prevention.

A 3D motion and balance trainer that moves in all dimensions from a stable base position, either spontaneously or according to programmed patterns. It provides therapeutic possibilities ranging from basic exercises with severely disabled patients to rehabilitation training for elite athletes.

A wearable robotic device designed to assist individuals with motor impairments in walking and mobility rehabilitation. The device provides support and assistance for neuro-motor rehabilitation applications.