TEDIRO develops autonomous robotics platforms designed for physical therapy and diagnostics applications, primarily in rehabilitation settings. These systems enable patients to conduct supervised self-training for tasks like gait exercises, reducing routine workload for clinical staff. The platform integrates a cloud-based management system for flexible scheduling and detailed progress tracking, enhancing patient engagement and therapeutic efficiency.
Funding
Funding not disclosed
Founders
Product
Problem
Patients undergoing gait training often require constant supervision by healthcare personnel, limiting the flexibility of training schedules and potentially hindering their progress due to the need for continuous manual correction and monitoring. Clinics also face challenges in providing consistent and readily available training opportunities outside of standard therapy hours.
Solution
TEDIRO offers THERY, a mobile robotics platform designed to assist patients in autonomous gait training, enhancing mobility and flexibility in rehabilitation. The THERY robot accompanies patients during self-directed training sessions, providing real-time corrective feedback and monitoring their progress. This allows for training sessions to occur even without the direct supervision of therapists, extending training availability to evenings, weekends, and holidays. The system incorporates a cloud-based therapy management system (TMS) that enables therapists to create personalized training plans and track patient progress, while patients benefit from easy-to-use interfaces and consistent corrective guidance.
Target Audience
The primary customers are clinics, therapists, and rehabilitation centers seeking to enhance patient mobility, offer flexible training schedules, and reduce the burden on healthcare personnel during gait training.
Features
- Mobile robot platform providing real-time corrective feedback during gait training
- Cloud-based therapy management system (TMS) for personalized training plan creation and progress tracking
- Autonomous operation allows for training sessions without constant supervision
- Integrated tutorial on the robot for patient self-service, reducing therapist workload
- Comprehensive documentation of training progress, including gait error analysis
- Data collection and storage compliant with GDPR standards, with servers located in Germany
- Export functionality for therapy progress data to patient medical records