Vivaxbr offers a robotic rehabilitation platform (the A.R.M. robot) paired with an augmented reality therapy (A.R.T.) software suite that delivers game‑based upper‑limb exercises for stroke and other motor‑impairment patients. The system provides real‑time motion tracking, performance analytics, and therapist dashboards, while a leasing model lets clinics adopt the technology without large upfront costs.
Funding
Funding not disclosed
Founders
Product
Problem
Patients recovering from stroke often experience limited mobility in their upper limbs, and traditional physiotherapy can be repetitive and lack engaging feedback, leading to low adherence and slower functional recovery.
Solution
Vivax provides a robotic rehabilitation platform (the A.R.M. robot) combined with an augmented reality therapy (A.R.T.) software suite to deliver interactive, game‑based exercises for upper‑limb recovery. The robot guides and assists patients through therapeutic movements while capturing performance data, and the AR software overlays digital game elements onto real‑world motions using a peripheral sensor. Collected quantitative and qualitative metrics are transmitted to therapists, enabling objective tracking of progress and personalized adjustment of therapy protocols. Vivax also offers leasing options, allowing clinics and rehabilitation centers to adopt the technology without large upfront capital expenditures.
Target Audience
Primary customers are physiotherapy clinics, hospital rehabilitation departments, and municipal rehabilitation centers that treat stroke survivors and other patients requiring upper‑limb motor recovery.
Features
- A lightweight, programmable robotic arm that assists and resists upper‑limb movements to match patient capability
- Integrated game modules that turn therapeutic exercises into engaging challenges, improving patient motivation
- Peripheral motion sensor for fine and gross motor tracking, feeding real‑time data to the AR platform
- Augmented reality software that maps patient movements onto digital environments, providing visual feedback and performance scores
- Data capture and analytics dashboard for therapists to monitor quantitative progress and generate reports
- Leasing (equipment-as-a-service) model for flexible acquisition and maintenance of the robotic system