Enhancing Cloud Network Security: A Comprehensive Review of Hybrid Cryptographic Algorithms

Abstract

Translate Article

The need for strong data security while preserving maximum speed is becoming more and more important as cloud computing continues to change the digital world. Even if they are efficient, conventional cryptographic techniques sometimes give off security for efficiency. To overcome these difficulties, hybrid cryptographic algorithms, an emerging paradigm, combine the benefits of symmetric and asymmetric encryption methods. This article presents a thorough analysis of the design, use, and ramifications of hybrid cryptographic algorithms used in cloud networks. The first step of the research is to establish the shortcomings of current cryptographic techniques and the necessity of hybrid strategies. The work focuses on creating unique algorithms that take use of the strength of symmetric encryption for data secrecy and the security of asymmetric encryption for key exchange, drawing conclusions from the convergence of encryption paradigms. The project investigates the applicability and feasibility of these algorithms in real-world contexts by a methodical implementation within cloud networks.