mShoulder

Our technology applies the integration of sensor-based ROM and muscle activity data, and with the help of artificial intelligence can provide time-sensitive and personalized guidance to the user for adjustment of treatment during the post-operative period.

Our non-invasive technology allows remote joint scoring without requiring a visit to the clinic which lowers medical costs.

Our mobile-app controlled intelligent wearable device can provide remote patient monitoring (RPM) to gather biometric data from patients in one location (e.g., their home) and transmit that information to healthcare providers in another location (e.g., their doctor’s office) after proper data analysis.

During the tele-visit, the patient can wear the wearable device and perform specific movements instructed by an orthopedic surgeon who can see the motion and muscle firing data live and interactively. This intelligent system frequently will be trained based on current patient medical history data, user rehabilitation progress data, shoulder exercise regimen data and shoulder recovery model during the post operation period.

We had in-depth conversations with several orthopedic surgeons, physical therapists and medical staff. They believe our technology conceptually overcomes the shortfalls of available technology for treatment of joint disorders.

The significance of Orthokinetic Track’s product lies in its ability to address critical challenges in the market. Through our telehealth platform, patients can conveniently access personalized physical therapy sessions remotely, saving time and eliminating the need for in-person visits. Furthermore, our wearable device’s ability to track individual muscle activity and ROM empowers therapists to design tailored treatment plans. The integration of a predictive algorithm adds another layer of value by proactively identifying patients at risk of adhesive capsulitis, enabling early intervention and preventing stiffness.