Vidnova is a cutting-edge Mixed Reality (MR) system designed to support physical and psychological rehabilitation of patients with upper limb injuries. Developed in partnership with Cisco and the Ministry of Digital Transformation of Ukraine, the system empowers therapists and psychologists to monitor recovery progress with unprecedented precision.
Using Magic Leap smart glasses and an external Azure Kinect camera, the app tracks even the slightest joint movements. Patients engage in immersive experiences like drawing in virtual mountain or seaside environments, while therapists receive real-time biomechanical data and session analytics. Psychological assessment is also integrated, providing comprehensive insights into a patient’s emotional well-being.
The Ministry of Digital Transformation requested a solution that could be deployed across Ukraine’s barrier-free rehabilitation centers, offering accessible, innovative therapy experiences.
Cisco’s request focused on integrating WebEx for real-time video calls between patient and therapist during remote sessions.
Enable accurate recognition of shoulder, elbow, wrist, and finger motion using a multi-camera setup and real-time analytics.
Design two parallel experiences — one for the patient in Magic Leap MR, and another for the therapist on a Windows laptop, complete with live feedback, session history, and medical-grade analytics.
Integrate a third-party system (Anima) for real-time emotional state testing and tracking over time.
Accurate body motion tracking using a hybrid setup of Magic Leap cameras and Azure Kinect in a clinical setting
Meaningful data interpretation for therapists, down to one-degree changes in joint movement
Smooth, secure WebEx integration for live patient-therapist communication
Creating an immersive MR environment that motivates and relaxes patients while maintaining therapeutic value
The Vidnova system has been deployed for pilot testing in one of Ukraine’s national rehabilitation centers. It is undergoing clinical evaluation with therapists and real patients who require upper limb mobility recovery. The results will shape further rollout across the country’s barrier-free recovery infrastructure, offering a new standard in digitally enabled rehabilitation.