An efficient shuffle padding elliptic curve cryptography based key aggregation used in smart grid

Abstract

The emergence of cloud computing offers a better way to solve high newlinecost effectiveness and reliability. The potential of cloud computing in smart newlinegrid construction is analysed, and cloud computing is extended to cloud client newlinecomputing. A smart grid is a new generation of standardized grids. newlineCommunication infrastructure is vital to the successful operation of modern newlinesmart grids. Application of communication technologies ensures low energy newlineconsumption, improves smart grid functionality, and integrates all smart grid newlinecomponents from generation to end users. The Smart Grid (SG) is the standard newlinefor power distribution solutions. A relevant feature of the smart grid is helping newlineto monitor consumer behaviour and the grid system. However, the delay newlinesensitive network faces numerous challenges in which security and privacy newlinegain more attention. Threats to transmitted messages, control over smart grid newlineinformation, and user privacy are a major smart grid security concerns. newlineEncryption improves security and provides stable power for an newlineuninterrupted energy supply. The first method propose a enhanced Elliptic newlineCurve Cryptography (ECC) in smart grid to protects the transmission of keys newlinebetween two communicating source to destination and also provides a state-of newlinethe-art solution for data encryption. It smartly uses the power demand data sent newlinefrom any master node to the main central system to fully satisfy all grid node newlinepower demands and achieve excellent results. ECC can provide protected and newlinesecure data communication. ECC provides secure communication between newlineservice providers and users to solve security issues. And ECC is an efficient newlinemutual authentication and key agreement protocol against security threats for newlinesmart grid communication using elliptic curve encryption. newline