The system integrates patented technologies for cognitive assessment games, muscle strength assessment and training games, image recognition, non-contact physiological signal measurement, and AI algorithms to establish an interactive digital health promotion and assisted care platform. It collects multimodal data such as blood pressure, heart rate, muscle strength, body composition, functional fitness tests, cognitive assessment scores, and gait analysis. Through AI analysis, the system provides users with information about their health status, including physical function, cognitive ability, and muscle strength.

This project deeply integrates artificial intelligence (AI), robotics, and healthcare to develop an innovative assistive platform. Through data-driven precise assessments and AI algorithms, the platform can effectively predict the risk of cognitive and physical function decline. By leveraging generative technologies, it develops personalized care plans that can effectively slow disease progression, representing a significant scientific breakthrough in cross-disciplinary applications.

The technology can be applied in long-term care centers, communities, and home care settings, offering commercial flexibility. Users can perform self-assessments at home or in care facilities using a tablet or computer. The system records the data and uploads it to a cloud database for long-term tracking, helping to detect functional decline at an early stage and providing valuable reference for physicians.