Fortifying Data Availability and Security in Cloud Servers Via Verification Protocols

Abstract

Distributed computing networks play a significant role in contemporary computer architecture, facilitating the processing, analysis, and storage of sensitive data. This issue has garnered significant interest in the realm of investigating various encryption techniques. There is a pressing need to establish a dependable and validated security approach that enhances the data-processing efficacy of Cloud servers, as current cryptographic investigations suggest the vulnerability of server-side data security to potential breaches. This paper elucidates the process of implementing a cloud-centric cloud storage architecture and presents a unique security schema that validates the evidence of encrypted secret data storage. The researchers in this paper propose a novel computational security technique to tackle the issue of internal nodes by using efficient security strategies, hence minimizing computational overhead. The experimental results reported in this paper provide evidence of the greater effectiveness of the suggested mechanism in comparison to other commonly used security strategies.