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Blockchain based video integrity verification framework for video surveillance system

Reema Jose, Helen KJ, Sreedaya M

Abstract


Video surveillance systems are integral to the Internet of Things (IoT) and are widely deployed for security purposes in various strategic locations. However, the integrity of video recordings can be compromised by tampering attacks, raising concerns about their reliability as evidence. This paper presents a comparative study of different methods used to verify the integrity of video recordings and proposes a novel approach using Blockchain technology to enhance video integrity within surveillance systems. The proposed system aims to detect and trace tampered videos by leveraging the decentralized and tamper-resistant properties of Blockchain. The effectiveness of the system is evaluated through experiments and simulations, demonstrating its advantages over existing methods. The findings highlight the potential of Blockchain as a secure and robust mechanism for improving the integrity of recorded video files in surveillance systems.


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References


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