Enhancing Evidence Protection and Authenticity with Blockchain in the Judicial Sectors

Abstract

The forensic evidence in the legal sector is now much more challenging to authenticate its integrity and authenticity. In fact, evidence management is easily tampered with, not authorized, and inconsistent because of the traditional systems that lack data integrity. This paper presents an end-to this challenge through the invention of using blockchain technology in evidence preservation and authentication. This paper presents a proposed system for providing an immutable and transparent chain of custody for forensic evidence using distributed ledger technologies and smart contracts. The methodology gives in detail a review of blockchain's ability to protect evidence from unauthorized access by other people as well as the ability of distributed ledgers to permit organizations to interoperate on the process of handling evidence. The results show that blockchain does not merely provide tamper-proof evidence custody but also provides an apparent and secure form of transferring custody, making judicial systems more reliable. Some of the challenges include scalability, security breaches, and regulatory compliance; nonetheless, blockchain is the revolutionary solution for enhancing forensic record storage and court documentation. This study throws the spotlight on blockchain's capability in revolutionizing the protection and authentication of evidence for criminal investigations in the future.