ERMAP: ECC-based robust mutual authentication protocol for smart grid communication with AVISPA simulations
by Sangeetha Rajaram; Satyanarayana Vollala; N. Ramasubramanian
International Journal of Ad Hoc and Ubiquitous Computing (IJAHUC), Vol. 41, No. 4, 2022

Abstract: Veracious new architectures and authentication protocols have been proposed by researchers to provide better security solutions for smart grid application. This paper analyses and discusses the limitations of the pairing-based authentication protocol proposed by Khalid Mahmood and others. It also proposes an ECC-based robust mutual authentication protocol for smart grid communication with AVISPA simulations called ERMAP that overcomes the limitations of Khalid Mahmood and others authentication protocol. ERMAP does authentication between end-user (U_i) and the smart meter (SM_e) along with the authentication between service provider (SP_r) and the SM_e to add the security strength, which is not done by most of the authentication techniques used in smart grid systems. A formal model of ERMAP protocol has been implemented in the AVISPA tool using high-level protocol specification language (HLPSL). Also the results show better security strength. (SM_e) theft issue, DOS attack, and other related attacks are addressed by ERMAP that are essential now a day, but not supported by many of the authentication techniques used in smart grid systems. ERMAP protocol does not need an extra supporting system to ensure (SM_e) security. Computation cost and communication overhead of ERMAP is considerably less when compared with most of the other related authentication techniques.

Online publication date: Mon, 07-Nov-2022

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