As of May 2026, there are 25 SaaS companies in Vendor-Neutral Archives (VNA) Software. They have combined revenues of $527.8M and employ 4.4K people. They have raised $8.1M and serve - customers combined.
Vendor-Neutral Archives (VNA) Software serves as a comprehensive platform for managing and storing medical images and associated data from various imaging sources. This software enables healthcare organizations to consolidate images from multiple vendors into a centralized repository, facilitating easier access and management of patient-centric information. Common use cases include archiving, accessing, and sharing medical imaging data across different departments, systems, and facilities, which is essential for improving workflow efficiency in healthcare environments. Typical features of VNA solutions include robust data storage capabilities, interoperability with various imaging systems, streamlined data retrieval processes, and compliance with healthcare regulations. By providing a vendor-neutral approach, these platforms eliminate the challenges of data silos, allowing healthcare professionals to make informed decisions based on comprehensive imaging data. Typical users include IT staff, imaging departments, and healthcare administrators who require reliable access to patient medical images and studies without the constraints of specific vendor systems.
Sorting: Highest -> Lowest
Showing 10 of 4 companies ranked by annual revenue.
Leatherhead, Surrey, United Kingdom
Trusted by more than 1,200 hospitals worldwide, BridgeHead Software offers solutions to help healthcare organizations overcome challenges stemming from rising data volumes and increasing storage costs while delivering peace of mind around how to CONSOLIDATE, STORE, PROTECT and SHARE critical electronic patient information.
Princeton, New Jersey, United States
Developer of digital health platform designed to aggregate healthcare data across disparate sources to ultimately improve patient engagement and care collaboration. The company's platform offers a scalable, secured and interoperable unified patient record system which unlocks the patient data which is scattered across poorly integrated proprietary systems and enables a seamless and connected experience across the care network, enabling physicians to access personalized patient data at point of care, integrated with their clinical workflows.
Raleigh, North Carolina, United States
More than a PACS, the Studycast® system from Core Sound Imaging offers comprehensive imaging workflow on demand. View diagnostic-quality images and loops, quickly generate findings, and digitally sign reports from any Internet-connected device. Then, securely share them with colleagues and patients, route them to your EMR, and archive them in the cloud. Designed for performance and filled with automated features, the Studycast system offers an intuitive end-to-end workflow that saves you time. Study images, patient demographics, and measurements upload automatically to pre-populate your study reports. With automatic calculations, interactive diagrams, and quick compare to priors, you can build your report with fewer clicks. The Studycast system is cloud native, so there's no hardware to maintain, no software to update, and no data storage to manage. Powerful, flexible, and intuitive, the Studycast system was designed to work for any enterprise from a single-physician practice to a hospital network or even a multinational CRO.
San Francisco, California, United States
Started by a physician 20 years ago, Medweb is a technology leader in the delivery of web-enabled, secure telemedicine, teleradiology and RIS/PACS solutions with over 1,000 installations worldwide. Having a number of installations throughout the military, Medweb is "battle tested" - our products are required to be stable, fast, reliable, secure, flexible - and able to work in sub-optimal conditions, such as locations with intermittent power and communications.
- Must provide centralized storage for medical images from multiple vendors - Should include features for interoperability with various imaging systems and protocols - Must allow for easy retrieval and access of imaging data across departments - Should support compliance with healthcare regulations regarding data storage and patient information - Not just focused on storage; must also offer functionalities for data management and sharing - Should be scalable to accommodate growing data storage needs in healthcare organizations - Must support both DICOM and non-DICOM image formats for comprehensive data management
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