A Framework for Multi-Layered Data Encryption and Data Compression to Optimize Cloud Security

Abstract

Cloud computing is a revolution in digital infrastructure, wherein computing resources are made available on demand and at scale. Even with the move to the cloud, obstacles to adoption remain, including security breaches or security vulnerabilities on the way to the cloud. To overcome these problems, this research work proposes a new multiplying encrypted and compressed data scheme. As a result, our approach increases the integrity of the data and its privacy from outside threats, as well as improves its performance—reducing transmission delays and error rates. The results of the simulation indicate that the proposed model is far superior to the conventional secure measures and is also an efficient and robust solution for secure management of data in a cloud environment. This study offers a practical route to the secure and smooth exploitation of the potential of cloud computing, closing the gap between cutting-edge security and operational effectiveness.