Arthroba provides a wearable knee sensor and AI‑driven mobile platform that continuously measures joint swelling, muscle performance, and movement quality to generate personalized, real‑time rehabilitation plans. The system delivers daily exercise recommendations and instant feedback, enabling adults with osteoarthritis, chronic knee pain, or post‑injury recovery to manage therapy at home and reduce reliance on medication, surgery, and in‑person clinic visits.
Funding
Funding not disclosed
Founders
Product
Problem
People with knee pain or arthritis often rely on medication, surgery, or frequent in‑person physical therapy visits, which can be costly, inconvenient, and may not provide real‑time feedback on joint inflammation and movement quality.
Solution
Arthroba offers a wearable knee sensor combined with an AI‑driven platform that measures joint swelling, muscle performance, and movement quality in about 30 minutes. The sensor captures bioimpedance and kinematic data, which the AI algorithm integrates with user inputs to generate a personalized daily rehabilitation protocol. Exercise recommendations are continuously adapted based on real‑time measurements, ensuring that intensity and selection match the user’s current recovery state. All data are visualized in a mobile app, allowing users to track progress, receive instant feedback, and stay motivated without leaving home. The system is designed to reduce reliance on drugs, surgery, and repeated clinic visits while improving knee function and pain levels.
Target Audience
Primary users are adults with knee osteoarthritis, chronic knee pain, or post‑injury rehabilitation who prefer at‑home management, as well as physical therapy clinics seeking remote monitoring tools.
Features
- Wearable knee sensor that records bioimpedance and motion data during guided movements
- AI algorithm that creates and updates individualized exercise plans each day
- Real‑time feedback on joint swelling, muscle performance, and movement quality
- Mobile app dashboard displaying daily measurements, progress trends, and exercise instructions
- Clinically informed exercise library designed by physical therapists and medical experts