A decentralized secured grid integration system using APEBC technique with multi access AI framework

【Author】 Kumar, Pardeep; Suresh, A.; Anbarasu, V.; Anandaraj, S. P.; Udayakumar, Sridhar

【Source】SUSTAINABLE COMPUTING-INFORMATICS & SYSTEMS

【影响因子】4.923

【Abstract】Now days huge amounts of outsourced data are done especially in the cloud based amenities. Providing data confidentiality and data security on cloud data are the important key factors. Generally, data stored on cloud in the encrypted format. Based on the user demand for accessing data from the cloud server, a retrieving key is issued through the third party is mandatory. Here, the data security is depending on the third party. If the third party is not genuine, then the data security is questionable. Based on this issue, the novel based cloud storage mechanism with accessing governor using Authenticated Privacy Ethereum based Blockchain (APEBC) technique is proposed. This technique is based on Encoded Policy Attribute Based Encrypted embedded with Ethereum concept. The third party concept is not necessary in this proposed work as it is based on decentralized. The ethereum based blockchain technique allows the end user to set legal access periods. So, the end users can access and decrypt their data during on that access periods alone. The details of settings the legal access periods and tracking the access duration are stored and processed with the blockchain technique. Finally, the proposed work is implemented and examined based on the security standards. The demonstration shows that the proposed work is feasible in all aspects.

【Keywords】Soft computing; Grid integration system; energy storage systems; Blockchain; Cloud computing; fault detection; CP-ABE

【发表时间】2022 SEP

【收录时间】2022-07-25

【文献类型】实证性文章

【主题类别】

区块链技术-协同技术-云计算