Healthcare Software Engineering

Edenlab develops custom, enterprise-grade healthcare software solutions for established medical companies and healthtech products. We engineer comprehensive, secure systems fully compatible with existing infrastructure, addressing complex healthcare challenges through precise implementation.

Why healthcare leaders trust their innovative projects to Edenlab

System integration and data exchange expertise

We successfully merge complex EHR systems, lab information systems, and imaging databases for large hospital networks. Our expertise ensures seamless data exchange between departments and providers, enhancing care coordination and operational efficiency.

FHIR-native national-scale projects

We build large-scale FHIR solutions for national health agencies, with our Kodjin FHIR server powering major health information exchanges. Backed by decades of healthtech experience, our team ensures full compliance with all interoperability standards.

Solution design rooted in real-world context

We assess your operational context, including data volume, API requirements, and system usage. Our approach focuses on designing scalable, tailored software solutions that meet companies’ real-world demands, ensuring long-term adaptability and efficiency.

Tailored healthcare software engineering services for every business case

Adaptive solution design for mature business transformation

We help existing healthcare, life science, and healthtech organizations meet growing demands, such as handling high data volumes. We deliver integration-ready custom solutions designed to work within your existing IT ecosystem, including EHRs, lab systems, supply chain software. By adapting modern technologies to your specific workflows, we help streamline operations, enhance data accuracy, and reduce manual work.

Market-ready software development for health IT products

We develop scalable, multi-tenant solutions that can be easily customized for any type of client in your target segment, such as clinics, hospitals, or telemedicine providers. Our architecture supports rapid adaptation to diverse client requirements — from workflow adjustments to custom APIs and integrations with local EHR or insurance systems. This flexibility helps you scale faster and enter new markets with minimal development burden.

Common health tech challenges we solve

Poor system performance and scalability

Healthcare systems often struggle with slow response times and limited capacity for growing data volumes. We address this by optimizing backend architecture, implementing horizontal scaling, introducing smart caching like Redis, and refactoring bottlenecks in database queries and API logic.

High IT maintenance cost

Many healthcare organizations face high expenses for IT infrastructure upkeep. We reduce them by leveraging cloud platforms like AWS, Azure, containerization with Docker and Kubernetes, and microservices architecture. This approach simplifies updates and automates scaling.

Limited interoperability

Incompatible systems block data sharing between healthcare providers, which leads to fragmented patient care. We implement FHIR-based interoperability solutions or, in some cases, use other standards such as OpenEHR or HL7 v2 to enable smooth data exchange across systems.

Data quality issues

Healthcare facilities frequently grapple with inconsistent or inaccurate data across systems. Our data management approaches include using robust validation mechanisms and master data management techniques to ensure data consistency and accuracy.

Manual, time-consuming processes

Outdated workflows slow operations and increase the risk of errors in healthcare tasks. We automate key healthcare processes using intelligent workflows and machine learning algorithms, significantly reducing manual work and minimizing mistakes.

Data exchange regulatory compliance complexities

We help healthcare IT vendors, payers, and providers comply with regulatory requirements across the US and EU — from CMS and ONC mandates to IPS, ISiK, MedMij, and Germany’s TI. FHIR-native solutions we develop ensure certification readiness and long-term alignment with interoperability standards.

From design to implementation

Our specialists guide you through every phase of healthcare technology evolution. We start with in-depth analysis and deliver precise solutions tailored to your unique ecosystem.

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Healthcare software solutions we deliver

Data storing and exchange solutions

Health exchanges (HIE)
Clinical data repositories
PACS systems
Health registries: Master Patient Index, Provider Registry, Practitioner Registry, Medication Registry

Integration middleware

FHIR and HL7 interfaces
Custom integration orchestration solutions
Custom ETL and data mapping tools

Health data quality and security solutions

EMPI
Terminology management tools
Custom user authentication solutions
Data anonymization tools

Data management and intelligence solutions

Custom data fabrics
Analytics and headless BI solutions
AI-enabled analytics and data management solutions

Solutions for health operation automation

EHR and MIS
CDSS
ePrescribing software
Claim & billing solutions
Clinical trial management solutions
Drug discovery and RIM solutions

Patient engagement software

Patient portals
HIPAA-compliant CRM solutions
Telehealth solutions
Appointments scheduling software
Virtual patient assistants
Remote patient monitoring

We'll turn any of your tech initiatives into  real-world software

We develop healthcare software beyond what’s listed above. While we can create everything from scratch, we also use proven tools to work faster and save your resources. For example, our FHIR data platform, Kodjin, helps us quickly set up data systems for large health projects.

Case study

Governmental agencies

Ukraine

National E-Health System

Full digitization of the healthcare system. The E-Health system is one of the world’s largest HL7 FHIR projects in production, with over 36.5 million users.

Case study

IT Vendor

USA

Building an FHIR-based Data Analysis Platform

A solution that would enable healthcare organizations to gain actionable insights into patient cohorts, treatment pathways, and payment models.

Our formula for successful healthcare software engineering

Build on top of your existing infrastructure

Our healthcare software engineering company strategically integrates custom solutions with your current IT systems. This approach prevents costly reengineering, minimizes disruption, and ensures seamless operational continuity for your business.

Access to top healthcare tech experts

We are one of the few medical software engineering companies that assemble strong teams, including former professionals from leading medical institutions, with deep expertise in interoperability and modern data standards such as FHIR.

Streamlined processes, seamless collaboration

Our agile approach integrates with your workflows. We employ a lean healthcare software engineering team structure of a Product Owner, System Analyst, and Engineers to reduce project timelines. Regular sprint reviews ensure quality throughout development.

End-to-end development

We manage every aspect of software engineering in healthcare, from initial concept to post-launch support. It ensures every stage of building your product runs seamlessly.

The right tool for every challenge

We carefully select technologies that balance future readiness with compatibility and minimal disruption to your current workflows with the focus on what works best for your team, and data management strategy.

Future-ready architecture

We use microservices and containerization for scalable, easily updated systems. Our solutions, built on Kubernetes and Rust, achieve 99.99% uptime in high-load environments.

Our proprietary project delivery framework

Discovery phase

(2-3 weeks)

It’s focused on gaining a deep understanding of both functional and non-functional requirements. We explore factors such as expected data volumes, the nature of APIs, and system load scenarios. Based on this, we prepare an initial architectural vision, outline technical options, and define a high-level project roadmap.