Web-based DICOM viewer DeepUnity

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Product overview
DeepUnity Viewer (presented on this page as Universal Viewer) is a zero‑footprint, web‑based medical image viewer that provides secure, fast access to DICOM and non‑DICOM medical data from any location. Access is via a standard web browser and authentication/authorization is handled through Keycloak. The viewer is part of the DeepUnity Platform and uses a microservice architecture with Kubernetes for scalability and standardized integrations.

Key benefits

• Enables rapid, secure access to patient imaging across locations and systems
• Consolidates DICOM and non‑DICOM data into a unified case view
• Standardized authentication (Keycloak) for consistent security and access control
• Streamlines clinical workflows with an intuitive interface and integration capabilities

Key features

• Zero‑footprint web viewer — no local installation required
• Stand‑alone mode for single‑study review
• Key‑image‑only mode for rapid case triage
• Multi‑series synchronization for side‑by‑side comparisons
• Options to store or print displayed images
• Customizable viewer layouts and free layout design
• Color coding of studies for quick overview
• Display of findings directly in the viewer
• Customizable search fields to match clinical workflows
• High scalability through microservices and Kubernetes orchestration

Platform & technical approach
DeepUnity Viewer runs on the DeepUnity Platform. The platform is built on microservice architecture and Kubernetes orchestration to ensure scalability, resilience and standardized integration points. Authentication and authorization are supported via Keycloak to align with enterprise security standards.

Customer feedback
"Acceptance for the DeepUnity Viewer was very high right from the start due to its easy operation, speed and the possibility to compare images with prior studies" — Dr. Häuser, Chief Physician, Radiology, Klinikum St. Elisabeth Straubing GmbH

Technical specifications

• Supported formats: DICOM and non‑DICOM
• Access: Web browser‑based (zero‑footprint)
• Authentication: Keycloak (standardized procedures)
• Architecture: DeepUnity Platform with microservices and Kubernetes
• Modes: Stand‑alone mode, Key‑image‑only mode
• Viewing capabilities: Multi‑series synchronization, customizable layouts, color‑coded studies, display of findings
• Output: Store and print displayed images
• Search: Customizable search fields
• Scalability: Designed for high scalability via microservices and Kubernetes