Technical Name AI-Driven Contactless Physiological Monitoring and Remote Command Center: Establishing a Regional Smart Healthcare Defense System Based on Biomedical Big Data
Project Operator Fu Jen Catholic University
Project Host 黃瑞仁
Summary
The BestShape VS AI Contactless Physiological Monitoring System uses millimeter-wave radar to non-invasively detect respiration, heart rate, and blood pressure, updating every 2.5 seconds, with TFDA Class II medical device certification obtained. Combined with the HL7/FHIR-compliant OCTOFLOW biomedical big data platform and the Remote Command Center, the system drives AI-based early warning, establishing a cross-hospital regional smart healthcare defense network.
Scientific Breakthrough
BestShape VS is currently the world's only medical device that utilizes millimeter-wave radar to monitor heart rate, respiration, and blood pressure simultaneously. Based on CNN model, the system overcomes challenges, achieving fully automated measurements of over 34,560 data points within 24 hours. The system integrates the FHIR-compliant OCTofLOW biomedical big data platform and a remote command center, aiming to provide regional medical safety assurance and AI-driven early warning.
Industrial Applicability
To address nursing staff shortages and care blind spots, the entire system is applicable to general wards, with future plans to extend to long-term care facilities and home care. It uses zero-contact, 24-hour uninterrupted and automated monitoring of vital signs, and is equipped with a remote emergency center and a systemic medical data pool as the basis for AI module training. Future development will focus on early warning and disease risk prediction to improve the quality of medical care.
  • Contact
  • Yan-Jing, Chen
other people also saw