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DICOM & PACS Software Development
Medical imaging is the backbone of modern radiology. We build full-stack DICOM and PACS solutions — from cloud-native imaging archives and worklist management systems to browser-based DICOM viewers and AI-enhanced diagnostic tools — with complete DICOM 3.0 conformance and seamless integration with RIS, HIS, and EMR platforms.
DICOM, PACS, and Everything In Between
DICOM (Digital Imaging and Communications in Medicine) is the international standard for medical imaging data. PACS (Picture Archiving and Communication System) is the infrastructure that stores, retrieves, and distributes DICOM images. We develop both — plus the clinical viewers and AI integrations that tie them together.
DICOM Standard Implementation
Full DICOM 3.0 compliance for storage (DICOM Store), retrieval (WADO-RS, WADO-URI), worklist management (MWL), print (DICOM Print), and structured reporting (SR) — conformant with IHE profiles including XDS-I, PIX/PDQ, and RAD-11.
PACS Architecture Development
Design and build scalable, cloud-native PACS using Orthanc, DCM4CHEE, or custom architectures on AWS, Azure, or GCP. Handle study routing, modality worklists, auto-routing rules, and multi-site federation with sub-second query response times.
DICOM Viewer Development
Browser-based (OHIF, Cornerstone3D) and desktop DICOM viewers with MPR reconstruction, MIP/VR rendering, annotation tools, hanging protocols, and side-by-side comparison — optimized for diagnostic-grade performance on standard hardware.
Advanced PACS Capabilities
Modern PACS goes beyond storing images. Our platforms include AI assistance, vendor-neutral archiving, and full clinical system integration.
Cloud PACS & VNA
AWS HealthImaging or Azure-hosted vendor-neutral archives with 99.99% uptime, intelligent tiered storage (hot/warm/cold), global CDN distribution, and disaster recovery.
AI Diagnostic Assist
Integrate FDA-cleared AI algorithms from Aidoc, Rad AI, or custom models for automated detection of pulmonary embolism, intracranial hemorrhage, incidental findings, and fractures — routed to worklists in real time.
HIS/RIS/EMR Integration
HL7 v2.x and FHIR ImagingStudy resource integration connects PACS with hospital information systems, radiology information systems, and EMRs for end-to-end order-to-report workflows.
DICOM Worklist & Routing
Automated MWL population from RIS orders, intelligent study routing to reading worklists by modality and subspecialty, and DICOM router configuration for multi-site environments.
Technologies We Work With
Why Radiology Teams Choose Woltrio
We bring together DICOM standards expertise, cloud infrastructure engineering, and clinical radiology workflow knowledge to deliver imaging platforms that radiologists trust.
DICOM Conformance Expertise
We write, validate, and publish DICOM conformance statements. Our engineers have deep experience with the full DICOM standard — not just basic DIMSE operations.
Performance-First Architecture
Radiologists need images in under two seconds. We architect prefetching strategies, CDN caching, and progressive loading pipelines that deliver diagnostic-quality images at speed.
Security & Regulatory Compliance
All imaging archives are encrypted at rest and in transit, with HIPAA-compliant access controls, patient-level authorization, and full audit trails on every image access.
Our DICOM PACS Development Process
From workflow analysis to DICOM validation, we follow a radiology-informed process that minimizes disruption and maximizes clinical utility.
Radiology Workflow Analysis
Map existing modality types, study volumes, reading workflows, and integration touchpoints to inform architecture decisions.
DICOM Conformance Planning
Define supported SOP classes, transfer syntaxes, DICOM service classes (SCU/SCP), and IHE integration profiles.
PACS Architecture Design
Design storage tiers, routing rules, database schema, API layer, and viewer integration strategy for the target environment.
Viewer & Integration Development
Build the DICOM viewer, worklist engine, HL7/FHIR integration adapters, and AI pipeline connectors in agile sprints.
DICOM Validation & Go-Live
Conduct DICOM conformance testing, IHE Connectathon testing where required, and phased rollout with radiologist feedback cycles.
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