Kodjin FHIR Server
Built from scratch
Designed for high-load systems
Tested by 36,5M users
Low-code development
Why Kodjin is one-of-a-kind?
The Kodjin FHIR Server is smart low-code storage. Available through an FHIR-compliant RESTful API, it offers scalable, cost-effective tools for managing and securing all kinds of healthcare data.
Ensures full compliance with FHIR R4, including all versions: old and new
Offers synchronous support for all FHIR versions in one application
Microservice architecture
100% open-source modern stack
Built on Rust and Elixir — high-performance languages
Terminology Service for any type of custom terminologies
Kodjin FHIR server is perfect for enterprise interoperability as a secure central health data repository.
Andriy Krylov, HL7 Ukraine, Executive Director
Use cases
The Kodjin FHIR Server could be used as a clinical data repository for any type of healthcare market players: from nationwide projects to healthcare mobile applications.
Healthcare facilities and exchanges, Researchers, Telehealth and Remote monitoring, Insurers and TPA
- Automatize and unify your data with a centralized clinical data repository
- Make integration effortless across different EHRs by connecting different legacy systems
- Streamline workflows and use other benefits from customized EHR system with extended functionality
APP Developers
By getting a robust backend and building a scalable solution, reduce time and production costs of your health and clinical applications
US Medical Industry
Comply with CMS interoperability regulations
Kodjin Core Features
With our server, you can do more than storing and validating data: save time, cut costs, and meet future challenges associated with changing standards and new customers’ requirements.
Core Functionality
CRUD REST API
100% specification coverage
- read (GET by id)
- vread (versioned GET)
- Update: both regular and conditional update
- patch
- Delete: support of both support and hard delete (including history) to meet GDPR/HIPAA requirements
- create
- $validate (Operation to validate the resource without saving)
- $snapshot
- FHIR subscriptions with usage of event-streaming queue engine (on top of Kafka)
- Patient $everything
- Full support of profile extensions
Search
- GET
- POST
- _include, _revinclude
- sorting
- links
- compartment search
Support for all defined standard FHIR search parameters
Extra features:
- Declarative search framework and support for custom search parameters by adding SPs to the custom extensions.
- Support of cursor and two types of offset paginations
- UCUM is a code system intended to include all units of measure contemporarily used in international science, engineering, and business. It provides a clear means of communication between different systems. UCUM works with metric as well as empirical units such as feet and inches.
CapabilityStatement
Auto-generated capability statement with all supported profiles and search parameters
Transaction/Batch
Transaction
- Asynchronous Transaction
- Synchronous Transaction
Batch
- Asynchronous Batch
- Synchronous Batch
Versioning of the resources
Creation and management of multiple product releases, all of which have the same general function but are improved, upgraded, or customized
Dynamic profiling with advanced validation
- Structure: Check that all the content in the resource follows the structure from the target profile and nothing extra is present.
- Cardinality: Check that the cardinality of all properties follows the profile (min. & max.).
- Binding: Check that codes provided in the code/Coding/Codeable Concept types exist in the bound terminology.
- FHIRPath: Check that all FHIRPath constraints in the profile aren’t restricted. The FHIRPath spec is extended with custom callbacks. (Full support for FHIRPath in validations)
- Slicing: Check that the restrictions on the list of elements follow the profile.
Terminology
TerminologyCapabilities
CodeSystem
- CRUD
- Operations
ValueSet
- $expand
- $validateCode
ConceptMap
SNOMED / LOINC support
FHIR Bulk
- Bulk Export: To speed up processing, we do not go through the entire database; we already have denormalized records.
- Bulk Import: for importing a lot of data
FHIR Subscriptions
The client can subscribe to any resource change and receive notifications.
Composition
Composition $document: Create documents that meet the needs of a business and help fulfill business requirements.
Security & Access Control
Pluggable security module supporting OAuth 2.0, OpenID
Any tool can be easily connected to ensure the control function.
Ory Hydra and Keycloak are supported out of the box.
SMART on FHIR
Support of SMART on FHIR: standalone app launch and backend services
Setup and Infrastructure
Multitenancy
A single software instance can serve multiple, distinct user groups.
Technology stack
Infrastructure as Code (IaC) approach: managing and provisioning infrastructure through code instead of through manual processes
Kodjin stack:
- Databases: MongoDB, PostgreSQL.
- Administrative tools: GitHub, GitLab
- CI/CD: Kubernetes
- Automated deployment to AWS, GCP, Azure, and on-premises
- Advanced monitoring with Prometheus, Kibana, and Grafana
FHIR server validations with dynamic client profiles
Kodjin unlocks FHIR potential for everyone in the healthcare industry.
Structure
Ensure that all the content in the resource follows the structure from the target profile and nothing extra is present.
Cardinality
Ensure that the cardinality of all properties follows the profile (min.& max.).
Binding
Ensure that codes provided in the code/Coding/Codeable Concept types exist in the bound terminology.
Slicing
Ensure that the restrictions on the list of elements follow the profile.
FHIRPath
Ensure that all FHIRPath constraints in the profile aren't restricted. The FHIRPath spec is extended with custom callbacks.
Kodjin architecture in a context
We are ready to provide cases for different market players like:
Let's start our chat
We offer the Kodjin FHIR HL7 server as a clinical data repository, suitable for anyone: from nationwide projects to mobile applications.
Case study
Medtech
Heals.Asia
One of the largest TPA in Hong Kong challenged the Edenlab team to switch to a modern FHIR architecture.
Learn More
Let’s talk about your goals
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"In Edenlab, they don’t just follow your technical brief as other outsourcing companies, but care about the final result and are ready to help you find the best way. Their deep expertise in FHIR is impressive. We appreciate it a lot, as many really good solutions were born in this cooperation."
Benoit Schoeffler
Co Chair, Financial Management Group @HL7
FAQ
Is the Kodjin FHIR Server a managed service solution?
We support all cooperation models, depending on the needs of your project. We can deploy and maintain the FHIR server on our own—or you can use your cloud provider or on-premises physical server.
What cloud service providers do you support?
We support all major cloud providers: AWS, Google Cloud, and Microsoft Azure.
Can I install Kodjin on-premises?
Yes.