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Study for Automatically Analysing Non-repudiation

Judson Santos Santiago, Laurent Vigneron

Open publisher page 5 citations

Abstract

Abstract. While security issues such as secrecy and authentication have been studied intensively, most interest in non-repudiation protocols has only come in recent years. Nonrepudiation services must ensure that when two parties exchange informations over a network, neither one nor the other can deny having participated in this communication. Consequently a non-repudiation protocol has to generate evidences of participation to be used in the case of a dispute. In this paper, we present a description of non-repudiation services, and illustrate them on the Fair Zhou-Gollmann protocol. Then we show how to define non-repudiation properties with the AVISPA tool and explain how they can be automatically verified. 1

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What this paper is about

Abstract. While security issues such as secrecy and authentication have been studied intensively, most interest in non-repudiation protocols has only come in recent years. Nonrepudiation services must ensure that when two parties exchange informations over a network, neither one nor the other can deny having participated in this communication. Consequently a non-repudiation protocol has to generate evidences of participation to be used in the case of a dispute. In this paper, we present a description of non-repudiation services, and illustrate them on the Fair Zhou-Gollmann protocol. Then we show how to define non-repudiation properties with the AVISPA tool and explain how they can be automatically verified. 1

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OpenAlex reports 5 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Abstract. While security issues such as secrecy and authentication have been studied intensively, most interest in non-repudiation protocols has only come in recent years. Nonrepudiation services must ensure that when two parties exchange informations over a network, neither one nor the other can deny having participated in this communication. Consequently a non-repudiation protocol has to generate evidences of participation to be used in the case of a dispute. In this paper, we present a description of non-repudiation services, and illustrate them on the Fair Zhou-Gollmann protocol. Then we show how to define non-repudiation properties with the AVISPA tool and explain how they can be automatically verified. 1

Key concepts: Non-repudiation, Secrecy, Computer security, Computer science, Protocol (science), Authentication (law), Cryptographic protocol, Internet privacy

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