Medical imaging and radiology
Bayer Calantic Digital Solutions
Bayer radiology AI platform that provides access to curated imaging AI applications through a cloud-hosted marketplace and PACS-integrated viewer.
Last updated: June 7, 2026
Back to directorySirona RadOS medical AI product profile
Radiology operating system that unifies image management, worklists, reporting, viewer workflows, and embedded AI automation for radiologists.
Medical imaging and radiology
Best fit
Radiology groups replacing fragmented PACS, reporting, viewer, and worklist tooling with a unified cloud-native workflow platform.
- Primary use case
- Cloud-native PACS, worklist, viewer, reporting, and AI-powered radiology workflow automation
- Audience
- Radiology practices, hospitals, imaging networks, teleradiology groups, and radiology IT leaders
- Risk level
- Medium to high
- Pricing signal
- Enterprise radiology platform pricing; request current deployment, archive, reporting, AI, and business-continuity terms.
- Official sources
- 4 official sources
Compare within workflow: Medical imaging and radiology · comparison shortlist · source index
Regulatory, privacy, evidence, and workflow lens
Product-specific review. These product-specific signals summarize what the cited sources imply before treating Sirona RadOS as safe for a local clinical, operational, or research workflow.
| Regulatory / FDA | Treat RadOS as enterprise radiology infrastructure with module-specific obligations; verify viewer, reporting, PACS, AI automation, and any prospective pixel-to-report claims against local device and health-IT requirements. |
|---|---|
| Privacy | Review image archive, DICOM metadata, report text, speech, EHR context, user audit trails, cloud regions, local point-of-presence caching, support access, BAA terms, retention, and incident response. |
| Evidence | Pilot against real modality, subspecialty, template, prior-comparison, speech, and worklist scenarios while measuring reporting accuracy, omitted findings, turnaround time, downtime behavior, and radiologist edit burden. |
| Workflow | Best governed as a radiologist-controlled platform migration with staged rollout, site-by-site integration testing, downtime fallback, QA review, and explicit controls for AI-assisted report content. |
Where Sirona RadOS fits
Sirona describes RadOS as a cloud-native radiology platform that unifies PACS, viewer, worklist, reporting, DICOM, HL7, speech, and AI-powered workflow automation. Its product pages state that radiologists keep control of report content, that pixel-to-report is a prospective feature under regulatory review, and that the reporting component is managed with medical-device rigor; the public privacy notice is website-focused, so clinical data-processing and BAA terms require contract review.
Not for: Replacing radiologist interpretation, using prospective pixel-to-report features before authorization, or deploying without local data-routing and downtime review.
What to verify before using Sirona RadOS
- Which RadOS modules are contracted, including PACS archive, viewer, worklist, reporting, AI automation, business continuity, and any prospective features under regulatory review.
- How DICOM, HL7, speech, prior studies, measurements, annotations, templates, macros, EHR context, and AI outputs flow into reports and worklists.
- Regulatory status for the viewer, reporting component, and pixel-to-report or other AI-assisted reporting features in the intended country and workflow.
- Cloud architecture, AWS region and caching behavior, HIPAA and BAA terms, access controls, retention, audit logs, disaster recovery, and downtime procedures.
Source links
Use these links to confirm current claims, terms, regulatory status, pricing, and deployment requirements.
- sironamedical.com
- sironamedical.com / reporting
- sironamedical.com / privacy-policy
- www.prnewswire.com / news-releases / sirona-medical-announces-launch-of-sironas-rados-platform-at-2021-radiological-society-of-north-america-rsna-annual-meeting-301433833.html
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