Connect applications and workflows to electronic health-record environments and exchange the information required by the product.
Interoperability / HL7 / FHIR / DICOM
Make healthcare systems speak.
We engineer interoperability between healthcare applications, devices, imaging systems, laboratories and clinical ecosystems using healthcare standards and purpose-built integration architecture.
Experience connected care.
Interoperability / HL7 / FHIR / DICOM
Our Philosophy
Healthcare technology becomes more useful when information can move where it needs to go.
The capability
Integration is more than an API.
Reliable healthcare interoperability requires standards knowledge, workflow understanding, data mapping, system behavior and careful handling of edge cases.
We work across healthcare data exchange and system integration so applications can communicate with EHRs, EMRs, laboratory systems, imaging environments, medical devices and external services.
01
Understand the data
Source systems, destination systems, fields, terminology, identifiers and workflow context.
02
Normalize the exchange
Transform messages and resources between the structures required by connected systems.
03
Connect the workflow
Build the integration logic around the actual clinical or operational process.
04
Make it dependable
Monitoring, validation, error handling and operational visibility are part of the system.
Messaging
HL7
Integration around healthcare messaging and the movement of clinical and administrative information between systems.
→ HL7 message workflows
→ ADT-style exchanges
→ Order & result workflows
→ Message parsing & transformation
API
FHIR
Modern, resource-oriented healthcare data exchange for connected applications and interoperable services.
→ FHIR resources
→ RESTful APIs
→ Data mapping
→ Application integration
Imaging
DICOM
Medical-imaging interoperability connecting imaging applications, devices and workflows.
→ DICOM workflows
→ Imaging systems
→ PACS connectivity
→ Image metadata
Interoperability / Clinical Systems
Connect the product to the ecosystem around it.
A healthcare platform can become substantially more useful when it can exchange information with the systems already used by providers, laboratories, imaging departments and connected devices.
→ EHR / EMR systems
→ Laboratory information systems
→ PACS & imaging environments
→ Medical devices & connected products
what we conenct
Interoperability across the healthcare stack.
Integration work can sit between multiple types of systems. The architecture depends on the product, workflow and organizations involved.
Clinical
EHR & EMR
Laboratory
LIS & Diagnostics
Integrate orders, results and laboratory workflows with healthcare applications and surrounding clinical systems.
Imaging
PACS & DICOM
Connect imaging workflows, image data and metadata with applications that need to consume or work with medical imaging.
Devices
Medical Devices
Build communication pathways between connected devices, device software and healthcare applications.
Integration Engineering
Reliable exchange needs reliable engineering.
Interoperability introduces failure points at every boundary. We design the surrounding system so integrations can be observed, validated and maintained.
01
Validation & data quality
Validate required information, formats and business rules before data moves through the workflow.
02
Error handling & recovery
Account for rejected messages, unavailable systems, malformed data and recoverable integration failures.
03
Security & access
Integration architecture considers authentication, authorization, sensitive data and appropriate access boundaries.
04
Observability
Logging, monitoring and operational visibility help teams understand what moved, what failed and why.
05
Scalability & maintainability
Interfaces should be structured so additional systems, workflows and requirements can be introduced without destabilizing the product.
Your Data Is There. Let’s Make It Interoperable.
Bring us your integration challenge, HL7/FHIR/DICOM requirement, EHR connection or device workflow. We can map the systems and engineer the exchange.