NeuronFRAMES is now in active clinical use, and the data behind it shows why.
Used in Physical Therapy, Occupational Therapy, and Speech Therapy, for both inpatient and outpatient care, across the Department of Physical Medicine and Rehabilitation, supporting stroke, neurological, and orthopedic patients in the hospital and continuing at home.
Continuously providing home-based rehabilitation to the Baan Mankhong Kalayanamit Housing Cooperative since May 2025.
Supervised pilot at Burapha University Hospital, with measurable gains across the patient cohort.
Home-based therapy reduces hospital visits, transportation expenses, and per-session fees, making sustained rehabilitation financially viable.
NeuronFRAMES delivers therapy through a standard web browser: no specialized equipment required. Field trials show measurable outcomes in resource-limited settings.
NeuronFRAMES is now used in routine rehabilitation at King Chulalongkorn Memorial Hospital. The outcome figures above come from real community and hospital deployments, and the evidence base keeps growing with our clinical partners as adoption widens.
A rehabilitation platform designed to fit clinical workflows — giving medical personnel clearer progress data, with very little to set up.
Runs entirely in a standard web browser. No specialized software installation, no expensive proprietary hardware, and no complex IT infrastructure. A webcam, internet connection, and browser are all that is needed to begin delivering therapy.
When exercises feel engaging rather than monotonous, patients are more likely to keep practicing and complete their prescribed programs. Gamified sessions are designed to support that consistency between visits.
Supports both in-hospital supervised sessions and remote home-based rehabilitation. A single platform serves patients across multiple care settings, reducing the gap between hospital visits and enabling continuous therapy.
Every therapy session generates quantitative metrics: repetition counts, movement accuracy, reaction times, grip strength, and speech response data. Medical personnel receive objective evidence to support treatment planning and outcome reporting.
Rehabilitation goes further when it works for everyone involved — lighter days for medical personnel, fewer trips for patients, and more reach for hospitals.
Sessions and metrics are recorded automatically, so there is far less manual paperwork. Therapists can guide more patients with less repetitive hands-on supervision, and make decisions from objective data instead of memory and notes. Less documentation, less crowding to manage, less burnout.
Much of the therapy can happen at home, so fewer hospital trips, less travel time, cost, and fatigue, and less time off work for the family member who comes along. Therapy that's engaging and family-supported also means steadier progress and more independence.
Shifting routine practice to the home means less crowding in rehabilitation departments, smoother throughput, and lower cost per patient, letting the same staff and space serve more people, and extending rehabilitation to communities that couldn't reach the hospital regularly.
Less paperwork for medical personnel, fewer trips for patients, less crowding for hospitals, and lower cost for everyone: each gain reinforces the others. The result is rehabilitation that more people can actually start, stick with, and finish.
NeuronFRAMES integrates into hospital workflows: automating documentation, enabling remote monitoring, and providing quantitative outcome data. Pilot results from Burapha University Hospital demonstrate measurable clinical improvements across supervised patient cohorts.
Every therapy session generates structured data: movement accuracy, repetition counts, grip force, and game performance scores. In the hospital pilot, medical personnel used this data to track patient progress, observing ~24% overall improvement without additional manual documentation.
Home-based therapy sessions reduce hospital visits, transportation expenses, and per-session fees. Pilot data indicate average savings of $264/month per patient (up to $320/month), representing an approximate 47% reduction in out-of-pocket costs, making sustained rehabilitation financially viable for more patients.
The system produces structured session summaries and progress reports that medical personnel can use for treatment planning, clinical documentation, and interdisciplinary communication, reducing time spent on manual record-keeping.
Medical personnel review patient therapy data remotely, tracking exercise completion and movement quality between visits. In the community trial, 200 participants completed home-based therapy, demonstrating that remote rehabilitation can produce measurable outcomes (23% avg improvement) when used at home.
NeuronFRAMES is a clinical rehabilitation system developed alongside medical personnel. We are open about what the system is, what it is not, and how we handle the people and data involved.
NeuronFRAMES is designed to support licensed rehabilitation professionals, extending therapy between visits, not to replace clinical judgment, in-person assessment, or medical advice.
Pilot studies and field deployments are run with the participation of partner rehabilitation departments and informed participants. We prioritize the security and privacy of patient data at every stage of every study and deployment.
The platform targets standard browsers, webcams, and low-cost sensor kits so that cost, hardware, or location is less of a barrier to consistent rehabilitation, including in resource-limited settings.
NeuronFRAMES is a clinical rehabilitation system already in active hospital use. As it expands to new settings and indications, we develop our system to your needs so it integrates seamlessly.
King Chulalongkorn Memorial Hospital, Burapha University Hospital, Bangkok International Hospital, University of Agder, Chulalongkorn University, Mahidol University Faculty of Medicine Siriraj Hospital, the University of Oxford, and more partners are joining.
See Our Partnership Network