OPP003 📄 Overview A comprehensive system for remote physical therapy and rehabilitation. It combines computer vision (using a standard smartphone or tablet camera) for real-time exercise posture correction, an AI engine for personalized exercise progression based on performance, and wearable haptic feedback devices (e.g., smart sleeves, gloves) that provide tactile cues to guide patients through correct movement patterns at home. A clinician dashboard allows remote monitoring and adjustment. Key technologies: 👤 Target users: 👍 Benefits Improved adherence to physical therapy regimens due to guided feedback • Better functional outcomes and faster recovery times • Reduced need for frequent in-person clinic visits, increasing access to care • Standardized and objective assessment of patient progress • Cost savings for patients and healthcare providers Use bullets or new lines. 👎 Challenges Achieving highly accurate computer vision in diverse home environments and lighting conditions • Developing haptic feedback that is both effective for guidance and comfortable for long-term use • Ensuring the affordability and accessibility of haptic devices • Regulatory clearance for the combined SaMD and medical device hardware components • Integration with existing EMRs and physical therapy workflows 📋 Regulatory & Validation Likely SaMD classification for therapy guidance/delivery (Class II/III) • Hardware components (haptic devices) may require medical device clearance • Clinical validation of the efficacy of haptic feedback for motor learning and rehabilitation • Robust data security for patient exercise data and video streams • Cybersecurity for connected medical devices (haptic wearables)