Non-Contact Health Monitoring System for Elderly Wins Top Award in Taiwan

A groundbreaking "non-contact physiological signal measurement system," developed collaboratively by Hsinchu National Taiwan University (NTU) Hospital and industry partners, has been honored as one of the "Top 10 Elder-Friendly Technologies, Products, and Services." The system, recognized at the third Elder Health Industry Expo, offers continuous, all-day monitoring of elderly individuals without requiring them to wear any devices. It employs multi-modal sensing technologies, including millimeter-wave radar, thermal imaging, and artificial intelligence analysis, to track vital signs such as heart rate and respiration, as well as detect when a person leaves their bed. This approach minimizes disruption to rest and preserves comfort and privacy, addressing key limitations of traditional monitoring methods. The system has already demonstrated significant impact in real-world elder care settings. It has successfully identified and helped manage 14 potentially high-risk events, preventing serious incidents. Furthermore, it has reduced the time nursing staff spend on routine measurements and record-keeping by 25%. This efficiency gain allows caregivers to dedicate more time to direct patient care and critical decision-making, thereby alleviating the burden on healthcare staff and enhancing the overall quality of care. The innovation stems from a close collaboration between clinical needs and technological advancement. Hsinchu NTU Hospital's Smart Healthcare Innovation Center integrated clinical teams and care units to identify specific challenges in existing care processes. These challenges included the interference of contact-based measurements with sleep, low acceptance of long-term wearable devices, and limitations in manual monitoring frequency. By validating the technology in actual care environments, the project successfully translated research and development into practical clinical solutions. The system has received a Class II medical device permit from Taiwan's Food and Drug Administration (TFDA) and has undergone validation in care facilities, with 46 beds equipped. This comprehensive approach, from clinical need to market implementation, establishes a model for the successful integration of smart healthcare solutions.

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The value of smart healthcare is not just in using new technology, but more importantly, whether it can solve clinical problems, improve care quality, and create practical benefits.