Automatically Analysing Non-repudiation with Authentication
Judson Santos Santiago, Laurent Vigneron
Abstract
Judson Santos Santiago, Laurent Vigneron
Abstract
Non-repudiation protocols must ensure that when two parties exchange informations over a network, neither one nor the other can deny having participated in this communication. While security issues such as secrecy and authentication have been studied intensively, interest in non-repudiation has only come in recent years and most of the non-repudiation protocol analysis has been done manually. In this paper we present how non-repudiation properties can be modeled as authentication properties; the AVISPA Tool, that supports secrecy and authentication only, is used to automatically analyse the non-repudiation properties of the Fair Zhou-Gollmann protocol.
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Non-repudiation protocols must ensure that when two parties exchange informations over a network, neither one nor the other can deny having participated in this communication. While security issues such as secrecy and authentication have been studied intensively, interest in non-repudiation has only come in recent years and most of the non-repudiation protocol analysis has been done manually. In this paper we present how non-repudiation properties can be modeled as authentication properties; the AVISPA Tool, that supports secrecy and authentication only, is used to automatically analyse the non-repudiation properties of the Fair Zhou-Gollmann protocol.
Key concepts: Non-repudiation, Secrecy, Computer security, Authentication (law), Computer science, Protocol (science), Authentication protocol, Cryptographic protocol