Enterprise Imaging Workflow Solutions
The Unifier platform standardizes connectivity, governance, and execution across complex imaging environments. Delivered as a configurable, vendor-neutral product, Unifier acts as the control plane between modalities, PACS, VNAs, EHRs, cloud services, and AI systems.
The platform provides a unified foundation for deploying imaging workflows without point-solution sprawl. It enables organizations to integrate systems, normalize data, and operationalize imaging workflows while preserving flexibility as infrastructure and clinical needs evolve.
Unifier is built for high-volume clinical environments and supports on-premises, cloud, and hybrid deployments with enterprise-grade performance and availability.
Platform Capabilities
- Standards-based integration using DICOM, DICOMweb, HL7, and FHIR
- Secure communication over TCP/IP, TLS, and HTTPS
- Native support for on-premises, cloud, and hybrid deployments
- Centralized configuration, monitoring, and operational visibility
- High-availability architecture with horizontal scaling
Featured Workflow Solutions
Each workflow runs on the Unifier platform and supports a broader enterprise imaging strategy.
AI Workflow Orchestration (AI Conductor)
Unifier AI Conductor enables controlled, scalable AI deployment across enterprise imaging environments. Imaging studies can be routed to AI engines based on metadata, modality, anatomy, or clinical context, with structured results returned to PACS, RIS, or EHR workflows.
Data Privacy and De-Identification
Unifier supports advanced de-identification of both DICOM metadata and pixel data to safeguard patient privacy. De-identification workflows enable secure data sharing for research, AI development, and quality initiatives while supporting HIPAA, GDPR, and global compliance requirements.
DICOM Modality Worklist (DMWL)
Unifier distributes imaging workloads across multiple PACS, archives, or processing systems to prevent bottlenecks and maintain consistent performance. Load balancing supports high-volume environments and enables seamless growth without rearchitecting workflows.
DICOM and HL7 Tag Morphing
Unifier supports real-time morphing of DICOM and HL7 tags to normalize metadata across heterogeneous systems, ensuring that downstream applications receive consistent, expected data formats regardless of source-system variability or legacy constraints.
DICOM Load Balancing
Unifier distributes imaging workloads across multiple PACS, archives, or processing systems to prevent bottlenecks and maintain consistent performance. Load balancing supports high-volume environments and enables seamless growth without rearchitecting workflows.
DICOM Proxy Solutions
Unifier DICOM proxy solutions enable systems to access imaging data on demand without duplicating storage. Proxy-based retrieval reduces infrastructure costs, improves performance for distributed environments, and supports cloud-based and cross-enterprise access models.
DICOM Routing
Unifier delivers high-performance, metadata-driven DICOM routing using the Rapid DICOM Router, Rapid+ Router, and the Unifier routing engine. Routing decisions can incorporate patient attributes, modality type, destination availability, and workflow logic to optimize throughput and reliability.
DICOM Structured Reporting
Unifier supports DICOM Structured Reporting to enable standardized, machine-readable clinical results. Structured reports improve interoperability, analytics, and downstream consumption by PACS, EHRs, and AI systems.
HL7 Integration Engine
Unifier provides a robust HL7 integration engine that enables real-time, bidirectional message exchange between imaging systems and clinical applications. Patient updates, orders, results, and status messages remain synchronized across PACS, RIS, and EHR platforms.
Patient Match
Patient Match reconciles patient identities across systems by applying configurable matching rules that support enterprise imaging initiatives, data migrations, mergers, and acquisitions while preserving study integrity and clinical continuity.
Relevant Priors
Unifier automates the identification and delivery of relevant prior studies to downstream systems. By applying configurable rules and metadata analysis, priors are automatically routed to PACS, viewers, or AI pipelines, improving diagnostic context and reducing delays from manual retrieval.
High Availability and Deployment Flexibility
All Unifier workflows operate within an enterprise-grade architecture designed for continuous clinical operations.
- Active-active high availability
- Automated failover
- Horizontal auto-scaling
- Deployment on physical, virtual, or cloud infrastructure
- Support for VMware, Hyper-V, Xen, and Nutanix
This architecture ensures imaging workflows remain available during maintenance, upgrades, and infrastructure events.
Subspecialty Imaging Solutions
Unifier workflows support enterprise imaging beyond radiology while maintaining a unified platform and governance model.
Each specialty leverages the same Unifier platform, enabling consistent integration, automation, and scalability across the enterprise.
Request an Enterprise Imaging Workflow Review
Evaluate how Unifier and its modular workflows can simplify integration, reduce operational complexity, and prepare your imaging environment for AI and future growth.