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A Robust Encryption Framework for Protecting Baby Monitor Videos Using XChaCha20 Algorithm with Ethereum Blockchain | IEEE Conference Publication | IEEE Xplore

A Robust Encryption Framework for Protecting Baby Monitor Videos Using XChaCha20 Algorithm with Ethereum Blockchain


Abstract:

To ensure the security of baby monitor footage, it is crucial to implement a robust encryption system. Utilizing the highly efficient and secure XChaCha20 encryption meth...Show More

Abstract:

To ensure the security of baby monitor footage, it is crucial to implement a robust encryption system. Utilizing the highly efficient and secure XChaCha20 encryption method provides strong defense against potential threats, which is essential given the sensitivity of baby monitor videos. The focus should be on creating safeguards that prioritize the privacy and confidentiality of the monitored videos. The encryption system must be designed to withstand various online threats and assaults, offering a comprehensive solution for securing baby monitor footage. Additionally, incorporating blockchain technology to store the video data can further enhance security, ensuring integrity and immutability. The challenge lies in designing an encryption process that is minimally intrusive, maintaining the real-time monitoring feature without compromising security. The goal is to establish a well-thought-out XChaCha20-based encryption architecture combined with blockchain storage, ensuring robust defense while preserving the seamless functionality of baby monitors.
Date of Conference: 07-08 December 2024
Date Added to IEEE Xplore: 27 February 2025
ISBN Information:
Conference Location: Gwalior, India

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