This page provides resources detailing various healthcare standards, including HL7 FHIR, which supports information sharing across Electronic Health Records (EHRs). Specific guidelines are provided for implementing data privacy protection, such as DS4P, and consent management via PCF.
The Ministry of Health and Welfare revised and implemented the 'Standard for Medical Data Terminology and Transmission' to build an interoperable environment for medical data. This addition includes critical items such as end-of-life care intentions and medication status, enabling data exchange using the FHIR standard.
This page introduces the search and management view for 'Code Systems' provided by UMLS (Unified Medical Language System). Users can handle diverse medical code systems, such as CDT and HCPCS, and access detailed information supporting major interoperability standards including FHIR and HL7v2/v3.
The Ministry of Health and Welfare (MOHW) has revised and implemented the 'Healthcare Data Terminology and Transmission Standard.' This establishes a national standard allowing core data, including key health status and prescription information, to be exchanged using unified terminology.
The Ministry of Health and Welfare (MOHW) announced the extension of the application deadline for the 'Taiwan 50 Excellent SMART on FHIR Applications' program until January 30, Year 115. They also adjusted guidelines regarding trial periods and launched support services for app packaging.
This page provides a comprehensive reference for FHIR's 'Data Type Profiles,' cataloging structured specifications for medical data from various countries and regions (e.g., USA, Canada, Australia).
Whitefox.cloud offers a solution to transform existing data into FHIR format. This enables healthcare organizations to standardize complex datasets quickly and securely, thereby enhancing interoperability.
This page provides information regarding the 'External Validation Service Front-end,' promoted by IHE (Integrating the Heathcare Enterprise). The system aims to change how healthcare information connects, with development attributed to INRIA and KEREVAL/MIR.
Healthcare organizations require speed and accuracy to deliver quality patient care, but they face challenges from fragmented systems and manual data entry. This article explains how the development of intelligent, interoperable healthcare software products can solve these workflow issues and significantly improve clinical efficiency.
The author utilized WSO2's Ballerina Health Tool to address developer challenges in healthcare integration. Specifically, they identified and corrected a documentation inconsistency regarding incorrect FHIR resource display in CDS Hooks response examples.
FHIR enables seamless interoperability by connecting fragmented data from sources like EHRs and lab systems. This facilitates open, standardized healthcare information exchange among hospitals, payers, and research institutions, enabling more efficient and patient-centered care.
This article introduces an integration platform designed to help healthcare organizations comply with CMS interoperability and prior authorization requirements. The system utilizes HL7 FHIR APIs and various access APIs to streamline data exchange between payers and providers.
AWS HealthLake provides the asynchronous FHIR operation, '$davinci-data-export', specifically for medical data export. This feature supports multiple export typesโincluding ATR, PDex Provider Access, and Payer-to-Payerโallowing compliant data extraction meeting DaVinci implementation guide requirements.
Phison Electronics received two major awardsโthe Best Real-Time Application Award and the Best Hardware Performance Awardโat the International FHIR Server Performance Competition hosted by Taiwanโs Ministry of Health and Welfare (MOHW). The company demonstrated its superior on-premises FHIR server solution, highlighting high security and data accuracy.
Elait Health was recognized as a Representative Vendor in the 2025 Gartner Market Guide for Health Data Management Platforms. The company's AI-powered, FHIR-native platform is credited with modernizing health data management to accelerate cost reduction and value creation.