Microsoft released an update for the FHIR server, implementing multiple fixes and improvements related to search options and data export processing. These enhancements improve data handling ease and reliability, allowing developers to build more flexible systems.
The FEvIRยฎ platform, provided by Computable Publishing LLC, offers a resource viewing environment based on FHIRยฎ and EBMonFHIR IG. This system is built upon the latest technical specifications and requires agreement to specific policies for use.
Microsoft released release notes for a specific build (20190904-4) of fhir-server. This update includes several key technical improvements, such as adding the $versions endpoint to allow clients to check supported versions, and implementing conditional create/update functionality.
This extension enhances Chrome DevTools for healthcare developers, enabling efficient FHIR API testing and navigation of complex JSON data. It simplifies the entire development workflow.
Microsoft released FHIR Server version 1.0.822. This update includes several critical changes for the Azure API for FHIR, such as increasing search query limits and implementing standard headers.
MicrosoftใฏใFHIRใตใผใใผ๏ผmicrosoft/fhir-server๏ผใฎใใผใธใงใณ4.0.25ใใชใชใผในใใพใใใๆฌใขใใใใผใใงใฏใAzure API for FHIR (Cosmos) ใใใณ Azure Health Data Services (SQL) ใฎไธกๆนใงๆฉ่ฝๆนๅใ่กใใใพใใใ
Microsoft published information regarding the build 20200707-2 of the FHIR server. This release confirms that major packages such as Azure Storage Blob and KeyVault have been updated in version.
Microsoft released updates for FHIR server build 20200912-1. This update includes multiple technical improvements, such as package version upgrades, query performance enhancements, and the addition of replace document functionality for CosmosDb.
This resource compiles baseline data on participants for a study titled 'Telemedicine for Depression in Primary Care,' focusing specifically on women aged 35 to 44. It defines this specific cohort using the FHIR Group Resource, demonstrating how multiple criteria (gender, age, participation) can be combined for interoperability testing.
Mapping healthcare data to FHIR is a critical step for achieving interoperability. The article outlines key considerations, such as assessing source data alignment with FHIR resources and standard terminologies (SNOMED CT/LOINC), establishing the right team structure, and adopting an MVP approach for successful implementation.
Microsoft released build 20181031-1 of the fhir-server, implementing key improvements such as Role-Based Access Control (RBAC) and defining complex search parameters. These updates enhance the robustness and extensibility of the FHIR server, improving its utility in healthcare data interoperability.
Awell and Medplum combine a FHIR-native EHR foundation with advanced workflow orchestration capabilities to address complex challenges in modern healthcare. This integration aims to eliminate data silos and manual inefficiencies, enabling standardized care journeys.
Microsoft released a specific build (20190926-1) of the FHIR server. This update includes improvements such as better handling of API notification errors and an upgrade to the .NET Core SDK.
Microsoft released fhir-server version 2.3.35. This update focuses on improving system stability and debuggability, including the addition of a generic queue function and returning valid OperationOutcome resources for FHIR exceptions.
Industry leaders gathered at the global conference, HIMSS 2025, to discuss the future of medicine using AI and data analytics. Emphasis was placed on FHIR-based API integration and security enhancement, highlighting that ensuring EHR interoperability is a key challenge.
Microsoft released fhir-server version 2.0.13. This version includes several key improvements related to search functionality and data synchronization, such as support for the $member-match operation required by the CMS Interoperability and Patient Access Rule, and enhanced logging for reindexing processes.
Microsoft released FHIR server build 20200723-1. This version includes multiple significant fixes and feature additions, such as enabling pod identity for AKS deployments and updating health check code references.
AirGate Technologies offers an integrated data analytics solution utilizing Azure Synapse and FHIR Store. This enables healthcare providers and payers to centralize analysis of data scattered across different systems, aiming for personalized care delivery and cost reduction.
CapMinds addresses systemic issues stemming from reliance on legacy HL7 feeds and custom scripts by providing a standardized API architecture. This enables the safe and rapid movement of data, supporting integration across clinical and billing systems.
This article details the technical specification of the 'HumanName' class within FHIR (Fast Healthcare Interoperability Resources). This class allows names to be handled as structured data, containing elements such as family name, given name, period, prefix, and suffix.