The Taiwan Ministry of Health and Welfare is promoting a 'Next-Generation Digital Medical Platform' in collaboration with institutions like Yale University. The deep integration of expert guidelines into Clinical Decision Support Systems (CDSS) is shifting the industry from mere data storage to a 'human-machine co-governance' model.
With wearable devices like Apple Watch obtaining certification from the Taiwan Food and Drug Administration (TFDA), Taiwan's smart healthcare has transitioned from 'data reference' to a new era of 'medical assistance.' This gives ECG and blood pressure data legal diagnostic value, enabling major ICT firms to link hospital systems and build a comprehensive digital medical ecosystem using FHIR standards.
With the proliferation of devices like Apple Watch and ASUS VivoWatch, Taiwan's digital healthcare is shifting from 'data reference' to 'clinical assistance.' However, current regulations face three major challenges: the screening hurdle for 'SaMD,' data silo issues in electronic medical records, and balancing cybersecurity with privacy protection.
Major IT companies like Apple and Google are moving from consumer electronics into smart healthcare, but they face significant hurdles such as 'data silos' due to lack of unified standards and strict regulatory barriers. To address the super-aging society, it is crucial to integrate AIoT technology into core clinical operations while ensuring cybersecurity and adherence to clinical practices.
This app, provided by SHIN KONG WU HO SU MEMORIAL HOSPITAL, aims to educate users on the mechanism of data exchange using SMART on FHIR. It allows users to understand standardized authorization and utilization methods for medical data through practical demonstrations.
Minister of Health and Welfare, Shi Chong-liang, emphasizes building a patient-centric, equitable smart healthcare future. He highlights the adoption of national data standards (FHIR) and public versions to achieve this goal.
Driven by organizations like Microsoft and the Ministry of Health, efforts are accelerating to uniformly exchange and manage electronic medical records using the FHIR standard. By utilizing cloud services like Azure, integrating structured and unstructured data aims to facilitate AI applications and build advanced healthcare systems.