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DICOMcloud HQ. is a free, open-source, MIT-licensed DICOMweb/WADO implementation for developers and medical professionals who need to exchange medical imaging data using modern web technologies. It includes the DICOMcloud server and the DICOMweb-js client, while the official website also provides an Azure-hosted online service and client demos.
The server is a standalone DICOMweb server that supports QIDO-RS for querying studies, series, and images; WADO-RS for retrieving images, frames, and metadata; STOW-RS for storing DICOM instances; and the legacy WADO-URI protocol. In addition, it implements a non-standard DELOW-RS deletion API and provides an OHIF Viewer integration API, which can return the study, series, and instances JSON required by OHIF based on a StudyInstanceUID. The client, DICOMweb-js, is a JavaScript library and demo interface that can send qido, stow, and wado requests to DICOMweb servers and display the results.
The project is described as Azure-friendly .NET server and client components, with a JavaScript client also available. In terms of ecosystem, it integrates with or makes use of open-source projects such as fo-dicom, OHIF Standalone Viewer, and Cornerstone Viewer. The server can run without an existing PACS, but it can also integrate with legacy PACS/DIMSE systems, making it suitable as a web-based medical imaging access layer.
The project is explicitly FREE and open-source under the MIT license, offering excellent cost-effectiveness. The official website does not provide information about a commercial edition, hosted pricing, enterprise support, SLA, or payment methods. As a result, teams planning to use it in production will need to handle deployment, maintenance, security, and compliance assessment themselves.
Its strengths are that it covers the core DICOMweb/WADO scenarios, is open-source and self-hostable, and can work with mature imaging front ends such as OHIF. Its drawbacks are the limited maturity of the documentation: multiple pages and the API Documentation are marked as coming soon, and there is insufficient information on production deployment, databases, security authentication, operations, and monitoring. It is better suited to medical imaging product developers, hospital IT teams, research projects, and prototypes that need to build a DICOMweb service, validate web-based imaging access, or integrate imaging into the browser.
The official website only mentions an Azure WebSites online version and HTTP/HTTPS demos, and does not provide information about mainland China access, mirrors, or localized support. Access from China is therefore unclear. If the Azure-hosted site is unstable, self-hosting the source code and combining it with open-source components such as OHIF, Cornerstone, and fo-dicom may be a practical alternative.
⚠ This review is compiled from public sources and does not constitute a purchase recommendation. Verify all facts on the vendor's official site. Verify on dicomcloud.com official site.
dicomcloud.com is an Unknown Dev Tools provider. TG4G tracks its product information, an overall rating of 7.0/10, and a China-accessibility score of China direct-connect friendly. Click "Visit Official Site" to reach dicomcloud.com directly.