282 FHIR-related articles (latest first)
The collaborative platform 'Yuqiu,' developed by Professor Bo Chang (Yang Ming Chiao Tung University), organizes scattered care information from family members and nurses, and automatically issues alerts when physiological data shows abnormalities. This enables continuous data collection and medical coordination in home settings, improving the quality of care.
The Director of the Ministry of Health and Welfare's Information Department announced efforts to integrate 17 different information systems across Taiwan using a common format, aiming to build an open, 'Android-like' electronic health record system. This aims to improve AI utilization and data search speed.
The collaboration platform 'Yuqqu,' developed by Professor Bo Chang (Yang Ming Chiao Tung University), solves the issues of information scattering and communication gaps in home care. The system automatically collects and structures physiological data, issuing real-time warnings to medical staff and families when abnormalities occur, thus achieving high-quality remote monitoring.
The article analyzes the timing of revenue recognition for Quanta's smart healthcare segment. It explains that commercial income depends not merely on single product successes, but on phased processes like PoC and system integration.
Tainan City Hospital successfully obtained the highest international certification, HIMSS EMRAM Stage 7. This achievement signifies that the hospital has reached international benchmarks in digital governance and smart healthcare, symbolizing improvements in medical quality and patient safety.
The Ministry of Health and Welfare Information Department shared its achievements in digital health interoperability and international standards through an exchange with Emma Hossack, CEO of the Australian Medical Software Industry Association (MSIA). Taiwan demonstrated a new global model for smart healthcare using FHIR and the '3-3-3 Strategy'.
Tainan City Hospital has achieved the international highest level certification, HIMSS EMRAM Stage 7, marking a significant advancement in smart healthcare. This achievement demonstrates that the hospital's digital governance and smart healthcare capabilities align with global benchmarks.
Tainan City Hospital has achieved the highest certification, Stage 7, in the international Electronic Medical Record Maturity Model (EMRAM). This demonstrates that they have deeply integrated digital technology into clinical processes, realizing a patient-centered smart healthcare ecosystem.
As Quanta gains attention in smart healthcare, integrating the FHIR server into the foundational architecture of medical data flowโrather than just providing a serverโis crucial. This aims to improve data integration and availability.
A team of major Taiwanese hospitals developed an AI system to recommend personalized treatments and predict prognosis for 'Sudden Sensorineural Hearing Loss.' Based on international standards like FHIR, they built a platform providing objective and individualized clinical decision support.
AI technology addresses the challenge of 'information gaps' that occur when doctors and nurses manually search for data. This enables immediate, on-site data access, improving medical safety and efficiency.
Following the announcement at Google I/O 2026, AI glasses are viewed not merely as wearable devices but as a new interface connecting HIS and EHR. The article outlines various clinical applications and technical integration challenges (such as FHIR) while providing strategic action plans for hospital CIOs.
The Taiwan Medical Materials Association, in collaboration with institutions like ITRI (Industrial Research Institute), has launched the 'AI Smart Healthcare Data Platform.' This platform is designed to be the first of its kind, using FHIR as a core international standard to connect medical equipment data, clinical care information, and AI applications.
The Taiwan Medical Materials Association, in collaboration with institutions like ITRI, is promoting the 'AI Smart Healthcare Data Platform.' By using the international standard FHIR as its core, it aims to accelerate smart healthcare innovation by integrating and sharing diverse medical data.
The Taiwan Biomedical Equipment Industry Association, in collaboration with institutions like ITRI (Industrial Technology Research Institute), has established the 'AI Smart Healthcare Data Platform.' This platform uses FHIR (Fast Healthcare Interoperability Resources) as its core international standard to standardize and integrate medical data, aiming to significantly accelerate the development and validation process for AI-powered medical products.
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Yuan-Rong Hospital showcased its self-developed 'Intelligent Provider Order Entry System (APOE)' at a Ministry of Health and Welfare organized exhibition. The system uses AI to generate preliminary medical records from consultation content, significantly improving physician efficiency.
Yuanrong Medical System showcased its self-developed 'Intelligent Provider Order Entry (APOE)' system at the 'Great South AI Smart Health Exhibition.' The system utilizes AI to instantly identify consultation content and generate preliminary medical records, significantly improving clinical efficiency while maintaining quality control.
The Taiwan Biomedical Equipment Industry Association, in response to the needs of the generative AI era, is launching an 'AI Smart Healthcare Data Platform' with cooperation from the Industrial Research Institute (IRI). The platform aims to build a foundation for AI development by integrating and standardizing dispersed medical data using FHIR standards as its core.
The Industrial Technology Research Institute (ITRI) is launching the 'AI Smart Healthcare Data Platform' in collaboration with the Taiwan Medical Device Association. This platform uses FHIR standards to integrate and share medical data, aiming to accelerate AI development and medical product validation.