ENHANCING THE COMPUTATIONAL EFFICIENCY AND SECURITY OF THE QUANTUM ENABLED CLOUD SERVER USING PROOF BY VERIFICATION METHOD

Abstract

Current generation computing era is mostly dependent on the analysis, processing and secured storage of the confidential data in a distributed computing networks. Many research studies have addressed this problem in the perspective of the developing numerous cryptographic algorithms. Besides the exsiting cryptographic studies it is observed that the security of the data at the server side is vulnerable to tamper henceforth there is a necessacity of developing and efficicent provable security mechanism that enhances the Cloudservers performance in terms of data processing. This paper present a novel security schema that authenticate the proof of secured storage of the confidential data when a Cloud centric cloud storage architecture is deployed. This study present an advanced computational security mechanism that addresses the problem of internal nodes using efficicent security algorithms by redusing the computational overhead. Experimental analysis present in the paper depict that the proposed mechanism outperforms several existing security mechanisms.