RERT

1. Interoperability of
Data sharing and
integrity in
HealthCare Industry
4horsemen
Likit D
likitbdvt@gmail.com 9632147257
SAHYADRI College of Engineering &
Management Mangaluru ,Karnataka
Team Size:4
Theme:Healthcare
Team Members
1:Salim Babusab Nadaf
(salimnadaf8296@gmail.com)
2:G prerith S Shetty
(prerithshetty6@gmail.com)
3:Prathamesh Bhat
(prathameshtengse25@gmail.com)

2. Interoperability of Data Sharing:
● The healthcare industry often struggles with fragmented data silos, hindering the seamless
● exchange of information between healthcare providers.
● Patients may visit multiple institutions, resulting in incomplete health records and
inefficiencies in diagnosis and treatment.
● The lack of interoperability poses a significant challenge to achieving a comprehensive and
real-time view of a patient's health history.
● Integrity and Creation of Smart Contracts for Automation:
● Healthcare processes, such as billing, record-keeping, and consent management, can be
prone to errors and inefficiencies.
● Ensuring the integrity of patient data is crucial for maintaining trust and accuracy in
healthcare services.
● Additionally, automating administrative tasks through smart contracts can streamline
processes, reduce overhead costs, and enhance overall efficiency.
APPROACH

3. • Patient-Centric Health Records
• Clinical Trial Transparency
• Supply Chain Traceability for Pharmaceuticals
• Automated Healthcare Billing
• Insurance Claims
Use Cases

4. BLOCK DAIGRAM

5. Technology Stack:
● Solidity(Smart Contracts
● Ether.js(Interaction)
● Nextjs and Reactjs(Frontend)
● Tailwind Css and Bootstrap Css
● Infura and Alchemy (API Keys)
● Express js
● Mongodb
● Hardhat(Deployment)

6. Architecture
•Frontend Development with Next.js and CSS:
•Objective: Create a user-friendly and responsive
frontend seamless application.
•Action: Using Next.js for efficient server-side
rendering and intuitive user interfaces
•Blockchain Connectivity with Infura or Alchemy:
•Objective: Ensure reliable connectivity to the
Ethereum blockchain from the application.
•Action: Integrate Infura or Alchemy as Ethereum node
providers.
•Deployment and Hosting:
•Objective: Deploy the application for public access.
•Action: Utilize cloud services like AWS, Heroku, or
Vercel for deploying the frontend application.
•Smart Contract Development with Solidity:
•Objective: Design and implement smart contracts.
•Action: To define the logic for managing patient records,
consent, and access permissions.
•UI Design with Tailwind or Bootstrap:
•Objective: Enhance the visual appeal and responsiveness
of the frontend application.
•Action: Tailwind or Bootstrap for UI design and styling.
•Blockchain Interaction with Ether.js:
•Objective: Develop a frontend interface for users to
interact with the blockchain.
•Action: Implement features like patient data submission,
consent management, transaction monitoring.
•Backend Development with Express.js and MongoDB:
•Objective: Build robust backend to handle user
authentication, data storage, and API interactions.
•Action: Use Express.js to develop a Node.js backend for
retrieval of non-sensitive data.