Markerless bilateral tracking
Camera-based hand tracking captures both hands simultaneously without gloves, sensors, or specialized motion-capture equipment.
VR hand rehabilitation
Motion Health VR Hand Rehabilitation
A home-based virtual reality platform designed to help people rebuild hand dexterity after degenerative cervical myelopathy surgery through markerless tracking, serious games, adaptive difficulty, and objective performance feedback.
Concept rendering. Final device design may change.
1 in 50
Adults affected by degenerative cervical myelopathy worldwide
70%+
DCM patients who experience impaired hand dexterity
9000+
Finger movements completed in a prior 4-week lab-based VR training protocol
4 weeks
Training cycle used to evaluate hand-function recovery
Clinical need
Persistent hand dysfunction remains a gap after otherwise successful surgery.
Degenerative cervical myelopathy is the most common cause of non-traumatic spinal cord injury. Surgery can decompress the spinal cord, but many patients continue living with impaired fine motor control that affects handwriting, typing, utensils, tools, work, and independence.
Current home programs rely heavily on conventional therapist-prescribed exercises. They are difficult to standardize, hard to track objectively, and often do not deliver the high-repetition, task-specific practice needed for meaningful hand recovery.
The platform
High-repetition hand therapy, redesigned for home use.
Motion Health is developing a self-contained VR rehabilitation device that tracks both hands without gloves or wearable sensors and adapts therapy difficulty based on performance.
Serious games
Therapy tasks train finger individuation, bilateral coordination, timing, accuracy, and suppression of unintended adjacent-finger movement.
Adaptive difficulty
Performance-responsive rules adjust task challenge using accuracy, reaction time, error rate, completion, and tracking quality.
Evidence base
A tested training approach for a defined clinical need.
Motion Health's VR hand-training approach has been tested in post-surgical DCM participants, with early clinical and home-use results supporting continued device development.
Clinical signal
A 4-week clinical training cohort in 22 post-surgical DCM participants showed sustained improvement in hand dexterity after VR hand training.
Home feasibility
An initial home-use pilot with 4 post-surgical DCM participants completed prescribed sessions and supported feasibility of the markerless platform.
Therapeutic dose
Training emphasizes high-intensity, task-specific repetition with multisensory feedback and individualized challenge.
Device development
From tested therapy concept to launch-ready home rehabilitation device.
Development is focused on making the system simple to set up, reliable in real homes, clinically meaningful, and practical for patients to use consistently.
Self-contained home VR rehabilitation device.
The next-generation device is being refined for independent setup, reliable bilateral tracking, automated calibration, objective performance capture, and adaptive difficulty.
- Easy setup designed for home users.
- Camera-based tracking built around both-hand training without wearables.
- Adaptive challenge designed to keep therapy engaging and appropriately difficult.
Clinical, product, and deployment readiness.
Motion Health is preparing the platform for broader home deployment, clinical workflows, service support, and commercialization conversations ahead of a future launch.
- Define the final device configuration and software experience.
- Prepare onboarding, support, and home-deployment workflows.
- Prepare deployment, reimbursement, and partner strategy for launch.
Commercial path
A focused first indication with room to expand.
The first market is post-surgical DCM patients with residual hand impairment: a defined clinical population with a clear treatment pathway through spine surgery and rehabilitation clinics.
The same software-centered architecture can be adapted for other neurological and musculoskeletal conditions associated with impaired finger individuation, coordination, and hand dexterity.
Stroke
Traumatic SCI
Cerebral palsy
Arthritis
Hand trauma
Post-surgical recovery
Contact
Partner, clinical, and commercialization conversations are welcome.
Motion Health is preparing for a future launch and welcomes conversations with clinical, rehabilitation, product, and commercialization partners. The form opens a prepared email so the site works without a backend.