2010Unpublished venueRequires access

A Security Enhanced Remote Password Authentication Scheme Using Smart Card

Zhuo Hao, Nenghai Yu

Open publisher page 18 citations

Abstract

Remote user authentication is a critical component of accessing remote services in distributed applications. In this paper we investigate the security vulnerabilities of a previously proposed remote user authentication scheme. After that we propose a security enhanced remote user password authentication scheme, which effectively prevents the adversary's attacks. The proposed authentication scheme is shown to be secure against password guessing attack, masquerade attack and replay attack. By performance analysis, the proposed scheme is shown to be very efficient, both in the computation and the storage cost. The proposed password authentication scheme is very suitable for providing remote authentication in distributed applications.

About this research paper

What this paper is about

Remote user authentication is a critical component of accessing remote services in distributed applications. In this paper we investigate the security vulnerabilities of a previously proposed remote user authentication scheme. After that we propose a security enhanced remote user password authentication scheme, which effectively prevents the adversary's attacks. The proposed authentication scheme is shown to be secure against password guessing attack, masquerade attack and replay attack. By performance analysis, the proposed scheme is shown to be very efficient, both in the computation and the storage cost. The proposed password authentication scheme is very suitable for providing remote authentication in distributed applications.

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OpenAlex reports 18 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

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Available abstract

Remote user authentication is a critical component of accessing remote services in distributed applications. In this paper we investigate the security vulnerabilities of a previously proposed remote user authentication scheme. After that we propose a security enhanced remote user password authentication scheme, which effectively prevents the adversary's attacks. The proposed authentication scheme is shown to be secure against password guessing attack, masquerade attack and replay attack. By performance analysis, the proposed scheme is shown to be very efficient, both in the computation and the storage cost. The proposed password authentication scheme is very suitable for providing remote authentication in distributed applications.

Key concepts: Challenge–response authentication, Computer science, Password, S/KEY, Authentication protocol, Computer security, One-time password, Password policy

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