Authors :
Dr. Mohammed Mustafa M; Kishore T C; Krithika N; Loga Bharathi M
Volume/Issue :
Volume 9 - 2024, Issue 4 - April
Google Scholar :
https://tinyurl.com/b5ysj3as
Scribd :
https://tinyurl.com/3x9fmvcy
DOI :
https://doi.org/10.38124/ijisrt/IJISRT24APR354
Abstract :
In the realm of forensic investigations, the
management of evidentiary artifacts is a critical aspect
that influences the integrity and admissibility of evidence
in legal proceedings. The trustworthiness of evidence can
be jeopardized by traditional evidence management
systems’ frequent problems with data manipulation,
unauthorized access, and lack of openness. Blockchain
technology has surfaced as a viable approach to tackle
these issues by offering a decentralized, transparent, and
immutable foundation for data management in recent
times. This paper explores the application of blockchain
technology in forensic evidence management,
highlighting its potential to enhance the security,
integrity, and traceability of evidentiary artifacts
throughout their lifecycle. By leveraging blockchain's
inherent features such as cryptographic hashing,
consensus mechanisms, and smart contracts, forensic
practitioners can establish a tamper-proof chain of
custody, ensure data integrity, and streamline the
evidence management process. Moreover, blockchain-
based evidence management systems offer benefits such
as enhanced transparency, reduced reliance on
centralized authorities, and improved collaboration
among stakeholders. The paper discusses various use
cases and implementations of blockchain technology in
forensic evidence management, ranging from digital
chain of custody records to decentralized forensic
laboratories. Through a comprehensive analysis of the
potential benefits and challenges, this paper aims to
provide insights into the transformative impact of
blockchain technology on forensic evidence management
practices, paving the way for more secure, efficient, and
trustworthy forensic investigations in the digital age.
Keywords :
Blockchain, Forensic Evidence Management System, Cyber Threats.
In the realm of forensic investigations, the
management of evidentiary artifacts is a critical aspect
that influences the integrity and admissibility of evidence
in legal proceedings. The trustworthiness of evidence can
be jeopardized by traditional evidence management
systems’ frequent problems with data manipulation,
unauthorized access, and lack of openness. Blockchain
technology has surfaced as a viable approach to tackle
these issues by offering a decentralized, transparent, and
immutable foundation for data management in recent
times. This paper explores the application of blockchain
technology in forensic evidence management,
highlighting its potential to enhance the security,
integrity, and traceability of evidentiary artifacts
throughout their lifecycle. By leveraging blockchain's
inherent features such as cryptographic hashing,
consensus mechanisms, and smart contracts, forensic
practitioners can establish a tamper-proof chain of
custody, ensure data integrity, and streamline the
evidence management process. Moreover, blockchain-
based evidence management systems offer benefits such
as enhanced transparency, reduced reliance on
centralized authorities, and improved collaboration
among stakeholders. The paper discusses various use
cases and implementations of blockchain technology in
forensic evidence management, ranging from digital
chain of custody records to decentralized forensic
laboratories. Through a comprehensive analysis of the
potential benefits and challenges, this paper aims to
provide insights into the transformative impact of
blockchain technology on forensic evidence management
practices, paving the way for more secure, efficient, and
trustworthy forensic investigations in the digital age.
Keywords :
Blockchain, Forensic Evidence Management System, Cyber Threats.
