What is AmalXR and how does it work?

AmalXR is a virtual reality rehabilitation platform for people with physical disabilities like stroke, Parkinson's, and multiple sclerosis. It uses a tablet, laptop, or smart TV camera for AI-based 2D motion tracking with a colored ball as input, converting patient movements into interactive games and generating performance reports for therapists.

How much does AmalXR cost?

AmalXR typically uses a request-a-quote / custom pricing model, meaning the cost depends on your use case and team size.

How do I sign up for AmalXR?

The software solution itself (the rehab platform) doesn’t seem to be distributed through a public Android/PC marketplace, instead, it may be offered directly to clinicians and institutions. On the official site, they invite professionals and centers to get in touch for access.

Does AmalXR have a mobile app?

No, AmalXR does not have a dedicated mobile app. It works through web or software on tablets, laptops, computers, or smart TVs.

Who is AmalXR best suited for?

AmalXR is best suited for practitioners in hospitals, rehabilitation centers, and home therapy settings treating patients with physical disabilities such as stroke, Parkinson's, or multiple sclerosis.

How do I contact AmalXR support?

You can contact AmalXR on contact@amalxr.com or by calling +216 22 800 024

Does AmalXR have a plan for teams or businesses?

AmalXR does not clearly publish a standard team or business plan either, but it is generally positioned as an enterprise-focused XR platform, so teams and businesses are handled through custom enterprise agreements rather than self-serve plans.

AmalXR: Overview, Features, Pricing & Funding

Promptmonitor — Track, measure, and improve how AI recommends your brand.

Get Started

Use it on:WebDesktop

AmalXR (Amal Rehab) is a virtual rehabilitation platform for practitioners and therapists supporting people with physical disabilities (including stroke, Parkinson’s, multiple sclerosis, and cerebral palsy) through interactive, medically oriented virtual games.

Key capabilities include:

Interactive virtual games with medical scenarios that translate patient movements into in-game actions, helping structure therapy exercises around specific pathologies.
Real-time motion detection using a device camera with a simple accessory (such as a colored ball) to capture and interpret movement without specialized sensors.
Adjustable exercise parameters (including accessory setup and game level) to match patient ability and therapy goals.
Automated performance reports showing ranges of motion, scores, and graphs to help track progress over time.

Available on PCs, tablets, computers, and smart TVs.