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Development of a Next-Generation Cloud-Based Electronic Health Record System
  1. case
  2. Development of a Next-Generation Cloud-Based Electronic Health Record System

Development of a Next-Generation Cloud-Based Electronic Health Record System

99x.io
Medical

Identified Challenges in Legacy Healthcare Record Systems

The client faces limitations with outdated healthcare record systems that hinder integration, scalability, and modern functionality. Previous offshoring efforts have resulted in inconsistent delivery expectations, limiting the ability to execute a comprehensive technological overhaul. There is a pressing need to modernize the existing product suite to meet current and future healthcare industry standards, ensuring secure, scalable, and comprehensive patient management solutions.

About the Client

A leading healthcare technology provider specializing in innovative eHealth solutions aiming to modernize and enhance electronic health record management for medical practitioners.

Goals for Developing a Future-Ready eHealth Platform

  • Recreate and modernize existing legacy functionalities within a new, scalable cloud-based platform.
  • Implement continuous delivery processes to ensure transparent progress and high-quality output.
  • Enhance system capabilities with improvements and value-added features aligned with the needs of modern healthcare providers.
  • Establish a flexible, secure, and robust architecture capable of supporting the evolving digital health landscape.
  • Position the platform to support a growing user base and future expansion in healthcare technology offerings.

Core Functionalities for a Modern Electronic Health Record System

  • Recreation of existing legacy system functionalities with modern implementation standards.
  • Continuous integration and deployment capabilities for ongoing system enhancements.
  • User-friendly interface for medical practitioners and staff.
  • Secure data management adhering to healthcare compliance standards.
  • Modular architecture to facilitate future feature additions and system integrations.
  • Performance monitoring and analytics dashboards for system oversight.

Preferred Technologies and Architectural Approaches

Cloud-native architecture for scalability and flexibility
Agile development practices with mature delivery processes
Secure, compliant data storage and transmission protocols

Required System Integrations

  • External laboratory information systems for test result integration
  • Patient portals for enhanced patient engagement
  • Healthcare data standards and interoperability layers (e.g., HL7, FHIR)

Non-Functional Requirements for System Performance and Security

  • System scalability to support increasing user base and data volume
  • High system availability with 99.9% uptime
  • Strong security measures ensuring data privacy and compliance
  • Responsive performance optimized for real-time patient data access and updates

Projected Business Impact and Benefits

The platform is expected to modernize healthcare record management, resulting in increased efficiency and user satisfaction. The project aims to support hundreds to thousands of medical practitioners, enhancing patient care and operational workflows. Through continuous development and robust architecture, the system will be positioned for future growth and technological advancements, leading to sustained competitive advantage and improved healthcare delivery outcomes.

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