Abstract :

Organ Donation And Transplantation Systems Encounter Great Obstacles, Including Organ Shortages, Useless Distribution, Statistics Manipulation, And Inadequate Transparency. A Blockchain-based Management System Is Developed To Tackle These Challenges, Using Decentralized Ledger Era, Clever Contracts, IoT Integration, And Synthetic Intelligence Algorithms To Improve The Efficiency, Security, And Equity Of The Organ Donation Method. The Approach Enables Donors And Receivers To Check In Securely Thru A Web Portal, Where Consent Forms, Medical Histories, And Organ Compatibility Records Are Permanently Saved At The Blockchain. Smart Contracts Automate Essential Functions Such Eligibility Verification, Donor-recipient Pairing, And Allocation Prioritizing According To Set Up Criteria Such As Urgency, Tissue Compatibility, And Geographic Place. Organ Transportation Is Overseen Using IoT-enabled Devices, Including RFID And GPS Trackers, With Real-time Information Such As Area, Temperature, And Condition Securely Recorded At The Blockchain For Traceability And Tamper-proof Auditing. The Incorporation Of AI-pushed Matching Algorithms Complements Recipient Selection And Waitlist Administration. Critical Additives Incorporate Donor, Patient, And Hospital Interfaces, Every With Specific Functions To Optimize Data Waft And Authorization. The Technology Enables Actual-time Updates, Publish-transplant Surveillance, And Analytics Manufacturing To Improve Decision-making. This Technique Transforms Conventional Organ Transplantation Systems Via Prioritizing Openness, Safety, And Identical Access, While Ensuring Compliance, Fostering Confidence, And Enhancing Healthcare Results. “Index Terms: Blockchain, Organ Donation, IoT, Organ Transplantation, Smart Contracts, GPS Trackers”.

Published:

09-6-2025

Issue:

Vol. 25 No. 6 (2025)

Page Nos:

16-24

Section:

Articles

License:

This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.

How to Cite