Enhancing Secure Video Transmission and Cloud-Based Storage through Advanced Encryption, Hashing, and Distributed Processing
Sanmitra Suryawanshi, Yash Mhaskar, K. Meghana, Rohan Disa, Vitthal Sadashiv Gutte · 2023
It is critical in today's data-centric world to ensure the privacy and security of video data preserved in the cloud. This investigation looks at the issues of securing video data in cloud environments, where privacy and security are top priorities. The use of a hybrid cryptosystem that incorporates symmetric and asymmetric encryption algorithms is proposed as an innovative approach. This cutting-edge technology enhances the security, integrity, and availability of video data while decreasing the processing resources required for encryption and decryption operations. The study offers actual evidence demonstrating the feasibility and efficacy of the suggested technique by demonstrating improvements in data security, performance, and scalability. This analysis not only enhances data security but also the efficacy of cloud-based video management. This technique's ramifications for the future of video encryption and cloud computing research are also highlighted.