Clinic Referral Hub

A secure digital platform that simplifies medical patient referrals between clinics, hospitals, and healthcare providers. The system streamlines the process of sending patients for additional consultations, improving coordination, communication, and care continuity.

3 months

Project duration

Outsource

Engagement model

5 Developers

Team size

USA

Client

Project Introduction

The Clinic Referral Hub was designed to simplify and streamline the referral process for medical patients between clinics and healthcare practices. The platform enables healthcare providers to quickly coordinate additional consultations, improving collaboration between medical organizations and ensuring patients receive timely specialist care.

The system uses web applications and AWS IoT 1-Click buttons to allow referral initiators in one medical organization to instantly notify another clinic about the need for a patient consultation. Once a referral is created, the receiving organization is immediately informed through automated email and SMS notifications, enabling specialists to review the request and schedule the consultation as quickly as possible.

The platform also includes a dedicated Admin Web Application that provides tools for managing the referral system. Administrators can create virtual referral buttons, assign physical AWS IoT 1-Click devices, manage specialists and team assignments, and maintain a detailed log of referral events and interactions.

This solution improves the efficiency of communication between healthcare providers while helping clinics deliver faster and more coordinated patient care.

Your Idea, Our Innovation – Building a Healthier Future

Scope of Project

The Carelia engineering team was responsible for the full development lifecycle of the Clinic Referral Hub platform, including mobile applications, cloud infrastructure, device communication, and system quality assurance. Our responsibilities covered the following key areas:

1. BLE Communication for Medical Devices

We designed and implemented Bluetooth Low Energy (BLE) communication protocols to enable secure interaction between mobile applications and connected medical equipment.

Key tasks included:

  • Developing BLE communication between mobile applications and medical devices
  • Ensuring reliable and secure data transmission between devices and the mobile platform
  • Implementing encryption and device authentication to protect sensitive patient data

2. Cloud Communication Infrastructure

Our team developed the cloud-based architecture that enables secure communication between medical organizations, mobile applications, and connected medical equipment.

Key responsibilities included:

  • Designing cloud infrastructure to support scalable healthcare communication systems
  • Developing APIs and data endpoints for secure data exchange
  • Optimizing data storage, processing, and retrieval to ensure efficient cloud resource usage

3. Mobile Application Development

We built mobile applications for both referring and receiving healthcare organizations, enabling seamless coordination of patient referrals.

Core functionality included:

  • Creating intuitive user interfaces for healthcare professionals
  • Implementing tools for initiating and managing referrals
  • Enabling secure access to patient information and referral data

4. Business Analysis

Our team conducted detailed business and system analysis to ensure the platform addressed the operational needs of healthcare organizations.

This included:

  • Analyzing medical workflow requirements and translating them into technical specifications
  • Identifying opportunities to optimize healthcare processes and referral workflows
  • Collaborating with stakeholders to define key performance indicators (KPIs) and success metrics

5. Project Management

Carelia managed the project from initial planning to final deployment, ensuring efficient execution and coordination across all development stages.

Key responsibilities included:

  • Defining project scope, objectives, and deliverables
  • Managing development timelines and resource allocation
  • Monitoring progress and addressing project risks or changes

6. Quality Assurance and Compliance

We implemented comprehensive quality assurance processes to ensure system reliability, performance, and compliance with healthcare data standards.

Our QA activities included:

Designing and executing functional and security test plans

Performing manual and automated testing to detect and resolve issues

Verifying compliance with healthcare regulations and data protection requirements

Project’s Specifics

Project Specific of CRH

Results

2. Improved Patient Care
Patients benefit from faster access to specialized medical services. Efficient referral management allows healthcare providers to schedule consultations more quickly, enabling earlier diagnosis and treatment of medical conditions and improving overall patient outcomes.

3. Enhanced Communication Between Clinics
The platform enables secure, real-time communication between referring and receiving healthcare organizations. Automated notifications via email and SMS ensure that referral information is delivered promptly and accurately, reducing the risk of missed or delayed consultations.

4. Increased Operational Productivity
The Clinic Referral Hub reduces manual data entry and simplifies administrative workflows. Healthcare professionals can spend less time managing referrals and more time focusing on patient care, improving overall clinic productivity and operational efficiency.

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