Search results for "Azure": 51 articles
The integration of FHIR and Azure was highlighted as a method for achieving seamless healthcare data exchange. This approach aims to connect, secure, and standardize various types of health information.
The platform addresses the issue that a significant portion of generated healthcare data remains inaccessible. This initiative aims to use FHIR standards to ensure seamless data exchange.
The news details the process of creating FHIR resources within the Azure Health Data Service. This capability is accessible through the Azure Portal's Health Data search function.
3Cloud released a datasheet outlining its FHIR Jumpstart program. This program focuses on deploying key services such as Azure Healthcare API and FHIR Proxy.
Sonata Health and Life Sciences is conducting an assessment of data interoperability using FHIR standards. This initiative involves leveraging Microsoft Azure within their ecosystem.
Microsoft is offering a SMART on FHIR Accelerator implementation via its Azure Marketplace. This service supports FHIR capabilities and FHIR APIs for developers.
The news addresses a common limitation found in managed FHIR servers concerning the restriction on the number of included resources. This limitation is a known constraint within the managed FHIR server environment.
Microsoft Azure offers FHIR servers that are designed to handle non-conforming FHIR data. This feature suggests flexibility in data ingestion despite potential validation issues.
The initiative focuses on converting unstructured patient records, such as doctor's notes and lab results, into a standardized format. This process utilizes FHIR structuring to enable integration with Azure platforms.
Microsoft is updating its Azure API offerings to support monthly versions of FHIR in 2025. This article details the new functionalities and improvements available through the platform.
The content compares five prominent FHIR server solutions, including offerings from Azure, AWS, IBM, Google, and HAPI. This analysis helps users evaluate features and deployment models for selecting appropriate interoperability infrastructure.