Kodjin FHIR Server
Turn-key event-driven FHIR Server for Healthcare Data
Use FHIR-based enterprise-level tools for healthcare data management
Built from scratch for national-level projects
Low-code declarative approach
Kodjin FHIR PROFILER
A FHIR profiling tool enable to create FHIR profiles faster, following an agile approach and using an intuitive graphical IDE
Expert view
Benoit Schoeffler
Co Chair, Financial Management group, @HL7
Their deep expertise in FHIR is impressive. We appreciate it a lot, as many really good solutions were born in this cooperation.
Trusted by healthcare companies
USE CASES
Get Kodjin Interoperability Suite: FHIR Server and Terminology Service to improve
Why Choose Kodjin
high-load projects
Kodjin FHIR Server and Terminology Service were created by FHIR engineers with a proven track record of high-load projects
high performance
Our FHIR toolset ensures high performance for any healthcare data
solving real-world problems
Kodjin FHIR server, with its one-of-a-kind features dedicated to solving real-world problems
Designed for high-load projects
The Kodjin FHIR Server meets all requirements for high loads at its core:
Scalable microservice architecture:
Designed for high-availability projects
What does it mean
One of the strongest advantages of microservice architecture is unparalleled scalability and a capacity to grow.
Async event-driven approach (on top of Kafka):
Every change of a state generates an event that can later be processed by a specific consumer
What does it mean
A popular distributed asynchronous architecture FHIR server architecture pattern used to produce highly scalable applications, it won’t stop or block any API request and will respond to all when the response is ready to send accordingly.
Rust programming language:
Drastically improves application efficiency and makes it fault-tolerant
What does it mean
Rust’s performance is outstanding and comparable to C and C++, which are often regarded as the highest-performance compiled languages. Unlike these older languages, Rust offers memory safety and concurrency safety at essentially no cost in execution speed.
Polyglot persistence:
transactional DB (MongoDB), search DB (Elasticsearch), analytical DB (ClickHouse), terminology cache (Redis)
What does it mean
It’s an approach that acknowledges that often there is no one-size-fits-all solution to data storage. From the types of data you’re trying to store to your application architecture, polyglot persistence is a hybrid solution to data management.
Low-code approach
Changes and updates can be done by a business analyst in seconds. There are no additional efforts for coding.
Declarative search:
You can add any type or depth level of search parameters, define any variable without involving developers
Declarative search drastically improves application efficiency and makes it fault-tolerant
Dynamic profiling:
You can upload and manage FHIR profiles on the fly using the dedicated API endpoint.
We create FHIR profiles as codes. At the same time, most common solutions use packages and third-party services to publish them and operate.
We offer one-of-a-kind configuration opportunities with Kodjin flexible validations: slicing, cardinality, FHIRPath, binding, optional/mandatory fields, and FHIR extensions.
Terminology service:
Full terminology management through a REST API for standard and custom terminologies (including ICD-10, SNOMED, RxNorm, LOINC, etc.).
Edit complex medical terminologies on the fly due to cutting-edge caching mechanisms
WHAT DOES IT MEAN
All FHIR profiles are under the full control of the project owners. There’s zero dependency on any unsecure third-party services. Any changes/updates can be performed by a business analyst in seconds with no additional coding efforts.
Maximum usage of FHIR ecosystem capabilities
FHIRPath: We use it more comprehensively, offering a lot of validations with full support of FHIRPath.
100% CRUD REST API specifications coverage.
WHAT DOES IT MEAN
We use all the features of FHIRPath for validations, setting up any search, and profiling configurations. Thanks to this, our server can perform some of the backend/UI tasks, which allows businesses to save on application development.
This approach ensures a working application and significantly reduces risks of failure.
The Kodjin FHIR Server allows for saving money
no need to hire a lot of expensive specialists
the low-code platform can be supported with one system analyst
no vendor lock-in
easy data migration from our server.
With the Kodjin FHIR Server solution, you will get a next-generation solution that meets your scalability, high-load, and high-availability requirements.
highly productive system
fewer resources are needed for trouble-free running of the FHIR server thanks to the Rust language;
Faq
Is the Kodjin FHIR Server a managed service solution?
We provide various cooperation models depending on the client’s requirements. It’s possible to deploy the Kodjin FHIR Server on our infrastructure and maintain it, or you can deploy it on your preferred cloud service.
What cloud service providers do you support?
We work with all of the top cloud providers, including Amazon Web Services (AWS), Google Cloud, and Microsoft Azure.
Is it possible to deploy Kodjin on-premises?
Yes.
How much do your services cost?
Contact us for a consultation and price estimate based on your project’s needs.
I want to implement HL 7 FHIR for an EHR system. Can I integrate the EHR with your FHIR Server?
Yes, the Kodjin FHIR Server can be integrated with any EHR system. It’s compliant with the ONC/Inferno certification 170 315(g)(10) Standardized API for Patient and Population Services.
Let’s chat
We would be glad to share more details about our enterprise-level solutions and other cases based on the FHIR standard
Schedule demo
We will share all details about our enterprise-level solutions and other cases based on the FHIR standard
Thank you!
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