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2010•Unpublished venueRequires access

Design and Analysis of a USB-Key Based Strong Password Authentication Scheme

Yu Jiang, Chuanfu Zhang

Open publisher page 5 citations

Abstract

OSPA protocol is vulnerable to the replay attack and the denial-of-service attack. In this paper, we propose a USB-Key based strong Password authentication scheme. This scheme uses USB-Key to verify the user's password and store the security parameter. This scheme can achieve mutual authentication between user and server and user anonymity by using the temporary identity. The security analysis of the scheme proved that the scheme is resistant to replay attack, impersonation attack and DoS attack, and with high security, and can be applied to the users with low compute resource.

About this research paper

What this paper is about

OSPA protocol is vulnerable to the replay attack and the denial-of-service attack. In this paper, we propose a USB-Key based strong Password authentication scheme. This scheme uses USB-Key to verify the user's password and store the security parameter. This scheme can achieve mutual authentication between user and server and user anonymity by using the temporary identity. The security analysis of the scheme proved that the scheme is resistant to replay attack, impersonation attack and DoS attack, and with high security, and can be applied to the users with low compute resource.

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

Key contribution

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Method / approach

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Available abstract

OSPA protocol is vulnerable to the replay attack and the denial-of-service attack. In this paper, we propose a USB-Key based strong Password authentication scheme. This scheme uses USB-Key to verify the user's password and store the security parameter. This scheme can achieve mutual authentication between user and server and user anonymity by using the temporary identity. The security analysis of the scheme proved that the scheme is resistant to replay attack, impersonation attack and DoS attack, and with high security, and can be applied to the users with low compute resource.

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

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