Secure.
Scalable.
Seamless.

Built on our HL7 Interface Engine platform, this DICOM router provides intelligent routing, DICOM workflow automation, and more.

Take Control of Your Imaging Workflows with the Qvera DICOM Router

SOC2 Type 2 Tested & Attested

SOC2 Type II Compliant: Annual SOC 2 Type II audits conducted by an independent AICPA CPA firm attest to our commitment and capability to deliver secure, reliable, and trustworthy solutions to our clients.
Encryption of DICOM Traffic (TLS): Supports secure transport of images and patient data over the network.
User Authentication and Access Control: Granular control over who can configure routing rules and access transmitted data.
Audit Logging and Monitoring: Compliance with HIPAA/HITECH and other regulations often requires detailed audit logs of image transfer and user actions.

Rule-based DICOM Routing: The ability to create flexible, rule-based workflows to automatically direct DICOM images to the correct destinations (PACS, VNA, departmental systems).
Multi-Destination Support: Configurations that allow images to be concurrently sent to multiple endpoints, such as primary and backup PACS.
Scheduled or On-Demand Transfers: Users can configure automated schedules for data transfer or send images on demand in urgent situations. Schedule image transfers to occur during after-hour periods, etc.
Workflow Orchestration: Workflow logic that can orchestrate more complex imaging workflows (for example, storing images in VNA, then pushing to a secondary viewer or AI solution).

High Availability/Failover: Redundant configurations to minimize downtime and ensure continuous image flow.
Load Balancing: Distribution of traffic across multiple servers to handle large volumes without latency issues.
Performance Monitoring and Alerts: Real-time dashboards and alerting for failed transfers, queue backlogs, or connectivity issues, enabling proactive management.
Light-Weight Deployment Options: Deployable as a light-weight service running on Windows, Linux, or Docker.
Deploy On-Premise or In-the-Cloud: Deploy on Windows, Linux, Kubernetes, Docker, AWS, Azure, Google Cloud Platform, IBM Cloud, etc.

DICOM Compatibility: Full compliance with the DICOM standard, including support for all major SOP Classes.
HL7 Interface Support: Ability to integrate with patient information systems (e.g., RIS, HIS, EHR) through HL7 messages (ADT, ORM, ORU, etc.).
FHIR & Other Healthcare Standards: Support for FHIR-based imaging-related workflows.
Vendor-Neutrality: Communicate reliably with all different vendor PACS, VNAs, workstations, and modalities.
DIMSE to DICOMweb: Connect any system or modality to any 3rd party cloud archive or AI solution
Modality Worklists: Enable DICOM modality worklists from any HIS or EHR system for any modality

Tag Morphing and Normalization: Automated modification or normalization of DICOM tags based on site-specific requirements (e.g., matching accession numbers, patient identifiers, or study descriptions).
Anonymization/De-identification: Secure removal or masking of PHI in DICOM headers to comply with privacy regulations (often needed for research or sharing images across organizations).
Pseudonymization: Replace personal identifiers with reversible pseudonyms, protecting privacy while retaining data utility.
Storage Management: Options for flexible storage management (including failover and automatic retries when destinations are offline).

Intuitive User Interface: A web-based, centralized dashboard for easily configuring and monitoring routing rules.
Drag-and-Drop Rule Creation: Use the Visual Channel Editor to configure workflows without deep technical knowledge.
Flexible Scripting: Advanced users can script or customize transformations and routing logic for specific scenarios.

PACS, VNA, and 3rd-Party System Integration: Direct connections to existing PACS, cloud archives, AI analytics platforms, and EHRs.
Support for Multiple Modalities: Seamlessly connect to MRI, CT, Ultrasound, X-ray, and other imaging modalities.
Integration with Cloud Platforms: Easily enable your cloud-based DICOM router workflows—uploading to and retrieving from cloud storage solutions (AWS, Azure, Google Cloud, IBM Cloud).