MediVaultX
MediVault X is a decentralized medical data management platform where users (hospitals, doctors, or patients) can enter and access patient records securely.
Description
š„ MediVault X ā Project Overview
MediVault X is a decentralized medical data management platform where users (hospitals, doctors, or patients) can enter and access patient records securely. The system uses blockchain to ensure that records are tamper-proof, verifiable, and permanently accessible, making medical data sharing and verification more transparent and efficient.
š Core Features
š On-Chain Patient Record Storage
Patient reports, diagnosis data, and health histories are stored on the blockchain.
Every report is tied to a unique patient ID and possibly a hospital/doctor wallet address.
Ensures immutability and data provenance.
š„ Hospital Registration
Hospitals can register on the platform.
Each hospital is uniquely identified, and their uploaded records are associated with their address.
This allows cross-verification of medical reports.
ā Verified Medical Reports
Doctors or medical authorities can verify reports (e.g., for fractures, diseases, or critical conditions).
Once verified, this status is stored on-chain and can be checked by external authorities (like airports, schools, or employers) to assess health fitness.
š Blockchain Integrity
Uses smart contracts to store, update (if necessary), and fetch records.
Ensures the data is cryptographically secure, decentralized, and auditable.
š§ AI-Driven Diagnosis (Optional Layer)
Integrates machine learning or deep learning to analyze uploaded medical images (like X-rays or ECG scans).
Assists in early detection of conditions like heart disease, lung problems, or fractures.
AI results are recorded and can be validated by a doctor.
š Public Verification
Third-party verifiers (with read-only access) can query records using patient or hospital IDs.
Useful in public places or during emergencies for real-time health verification.
š Use Case Scenarios
Hospitals enter patient records after treatment.
Patients can view their medical history from any institution.
Doctors verify or diagnose using AI/ML tools.
Airports, employers, or schools use blockchain records to check if someone is medically cleared.
š” Technologies Involved
Solidity smart contracts
IPFS/Pinata for storing large data (like PDFs, images)
Web3.js/Ethers.js to interact with the blockchain
AI Models (for image diagnosis, optional)
React / Next.js frontend for users
Metamask / WalletConnect integration for user login
š Future Enhancements
Add NFTs for medical achievements (like vaccination badges).
Enable insurance claim validations using stored records.
Add zero-knowledge proofs to allow data sharing without revealing sensitive info.
Progress During Hackathon
NeuroSync ā Hackathon Progress Summary ā Week 1: Ideation & Architecture Brainstormed idea for AI-powered escrow on Pharos Network. Defined smart contract structure and escrow flow. Chose tools: Solidity, React, IPFS, Ethers.js, AI backend. ā Week 2: Smart Contract Development Wrote and tested payFunds and releaseFunds functions. Implemented trade ID tracking and access control. Deployed initial contract on Pharos testnet. ā Week 3: Frontend & Web3 Integration Built React UI for trade creation and fund locking. Integrated Web3 wallet connection and contract interactions. Enabled real-time status updates for trades. ā Week 4: AI Integration & Final Touches Linked file upload system to IPFS for trade deliverables. Connected AI backend to verify proof-of-work (POW). Conducted full end-to-end testing and deployed final version.