Digital infrastructure for connected healthcare.
We design and implement interoperability, clinical data and medical imaging solutions so different health systems can operate as one ecosystem.
We connect health systems without replacing them.
We assess architecture, model data and build FHIR layers that integrate existing systems through open standards and a sustainable evolution path.
Technology to operate digital health.
FHIR repositories, terminology, RIS, PACS and DICOM connectivity as components that can be deployed independently or as an integrated platform.
These problems are rarely solved by buying a product alone. They are solved with architecture, standards and an implementation path that respects what already runs.
The EHR, the lab, imaging and billing each run fine on their own. What moves between them lives in one-off interfaces, often poorly documented, that break when a version changes.
We address it withInteroperability assessmentAn authority, a network or a partner asks for FHIR, and the system holding the data neither speaks the standard nor can be replaced within the time available.
We address it withFHIR layerEach system issues its own identifier and nobody owns the mapping between them, so assembling a single history comes down to matching names and dates.
We address it withArchitecture definitionTwo systems report the same test with different catalogues, different units and free-text descriptions. The data arrives, but it cannot be compared or aggregated.
We address it withData modelingJoining an exchange network — national or between institutions — takes profiles, testing and a defined role, not just a published API.
We address it withHIE IntegrationAn implementation guide, a regulatory requirement or a tender is on the table, and conformance has to be demonstrated with reproducible evidence rather than stated.
We address it withImplementation GuidesWe don't publish impact figures we cannot stand behind. We publish what the work was, who it was with, and the part Meddyg played.
We combine architecture, standards and software to address anything from a focused assessment to a complete interoperability layer.
Assessment of systems, workflows, standards, gaps and integration priorities.
A FHIR transformation and exposure layer over the systems already in operation.
Institutional, national and regional guides on FHIR R4 or R5, published and maintained.
Model, terminology and migration strategy: data governance, semantics and structure.
Components, trust zones, governance and security, through to the national network connection.
Connection to the ecosystem by role: what you must build, how to comply, how transactions run.
FHIR, medical imaging and signed document repositories, deployed and operated turnkey.
Kivú brings together capabilities that can run independently or as an integrated platform, depending on each organization’s architecture.
Radiology workflow management and clinical integration.
Medical imagingInfrastructure for medical image storage and access.
Clinical dataFHIR repositories and services for clinical exchange.
TerminologyTerminology services with SNOMED CT for semantic coding and normalization.
Identity & accessInteroperable authentication and authorization for health APIs and applications.
Digital trustDigital signatures, certificates and validation built into clinical documents and workflows.
FHIR repositories, terminology, radiology and medical imaging under a common integration and operations model.
Technical analysis, event participation, and Meddyg updates on interoperability and digital health.
BlogLatest updateAnalysis and technical notes on interoperability and digital health.
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EventsNext eventMeddyg participation, workshops and technical meetings.
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NewsLatest updateUpdates on projects, products and partnerships.
See all news→We can start by understanding the problem, the systems involved and the current maturity level.
