Blockchain- Enabled Tamper-Proof Vaccine Distribution Records

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Rupali Mahajan, Rajesh Dey, Mudassir Khan, Priya Shelke, Vijaya Kumbhar, Jyoti Shendage

Abstract

In a time when vaccination records are critical to public and individual health, a tamper-proof system is needed to manage and validate vaccination data. This article outlines a novel approach to creating an immutable, safe platform for inputting and verifying vaccination data using blockchain technology. The system uses a distributed approach for data entry and verification, protecting user privacy while ensuring the validity and integrity of vaccination records. The major objective is to build a strong foundation that uses blockchain technology to manage vaccination records, resulting in a straightforward, secure, and efficient method of storing and validating vaccinations. Using the core concepts of blockchain, the proposed system generates a permanent chain of blocks, each containing encrypted vaccine data. ..The primary goal is to build a strong foundation that uses blockchain technology to manage vaccination records, resulting in a simple, safe, and effective method of recording and validating vaccinations. The proposed system uses the core concepts of blockchain technology to create a permanent chain of blocks, each containing protected vaccine data. By using this method, individuals can keep control over their medical records and safeguard data from unauthorized access. This outlines the conceptual design and technical framework of the blockchain- based vaccination record system, pointing out its revolutionary potential for medical record management. The study also discusses the difficulties and moral dilemmas associated with this innovation, making it a thorough resource for legislators, technologists, and medical professionals looking to put this ground-breaking treatment into practice.

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