
Comprehensive, HIPAA-compliant Software Platform for Healthcare Operations
Client Overview
Our client, a major healthcare provider, struggled with inefficient processes, siloed data, and outdated technology, resulting in suboptimal patient care and reduced productivity.

Project Execution
Technologies Used: Java, Angular, Spring Boot, Hibernate, PostgreSQL, Docker, Kubernetes, AWS, Microservices Architecture, HL7 FHIR
​
Excelium developed a comprehensive, HIPAA-compliant software platform that integrates electronic health records (EHR), telemedicine capabilities, and data analytics. Our solution streamlined workflows, improved data sharing, and enabled data-driven decision-making. Our team:
​
1. Designed and implemented a scalable, secure backend architecture using Spring Boot and Hibernate
​
2. Developed a user-friendly frontend interface using Angular, ensuring a seamless user experience for healthcare professionals
3. Integrated electronic health records (EHR) and telemedicine capabilities, enabling remote patient care and consultation
​
4. Implemented data analytics and reporting features, allowing for data-driven decision-making and improved operational efficiency
​
5. Ensured HIPAA compliance throughout the development process, protecting sensitive patient data
Deployed the solution using Docker and Kubernetes on AWS, ensuring high availability and scalability
​
Our team worked closely with the client to ensure that the platform met their needs and exceeded their expectations.
Results
-
Developed a comprehensive, HIPAA-compliant software platform that streamlined healthcare operations and improved patient care
​
-
Reduced patient wait times by 30% and increased patient satisfaction scores by 20%
​
-
Improved operational efficiency by 15% and enhanced collaboration among healthcare professionals
​
-
Enabled remote patient care and consultation through the integration of telemedicine capabilities
​
-
Empowered data-driven decision-making and identified areas for improvement through advanced analytics and reporting features
