An Optimized Cloud Architecture for Integrity Verification
Shakti Kumar Arora, Surjeet Dalal · Journal of Computational and Theoretical Nanoscience · 2019
Cloud has become popular in today’s environment of IT industry where all types of services whether hardware, software, or storage can be availed at one place and can be used efficiently. When we use hardware and software then there is very less chance of risk but when we deal with storage then we are storing our personal data on the cloud which is not transparent to user. In proposed model we introduced hybrid technique which provides security and assurance beyond Service Level Agreement. We proposed a strong integrity verification mechanism at the time of recovering a file/data. Hardness/strength of the key or the shared file is increased up to maximum level i.e., 7.9. Integrity of the proposed system is compared with the standard cloud’s integrity and approximately we gain 60% higher level of integrity other than the standard cloud nodes.