2007Communication Systems and NetworksRequires access

An improved end-to-end secure authentication scheme for CDMA networks

Mounita Saha, Dipanwita Roy Chowdhury, Indranil Sengupta

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Abstract

Since being exposed to public scrutiny, the major algorithms used in CDMA digital wireless standard are already broken. However, being a closed door algorithm, the security analysis of the CDMA authentication and key-establishment protocol has not been explored in detail. In this work we have presented an analysis of the basic CDMA authentication protocol. We have pointed out some shortcomings in the existing protocol and have proposed an authentication protocol which alleviates the shortcomings. Moreover, the existing scheme provides no security of communication between the home and visited networks. It leaves a security threat. We complement the threat by proposing a secure protocol for communication between the two. Thus, this work opens an avenue for design and analysis of authentication protocols in CDMA networks.

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What this paper is about

Since being exposed to public scrutiny, the major algorithms used in CDMA digital wireless standard are already broken. However, being a closed door algorithm, the security analysis of the CDMA authentication and key-establishment protocol has not been explored in detail. In this work we have presented an analysis of the basic CDMA authentication protocol. We have pointed out some shortcomings in the existing protocol and have proposed an authentication protocol which alleviates the shortcomings. Moreover, the existing scheme provides no security of communication between the home and visited networks. It leaves a security threat. We complement the threat by proposing a secure protocol for communication between the two. Thus, this work opens an avenue for design and analysis of authentication protocols in CDMA networks.

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Available abstract

Since being exposed to public scrutiny, the major algorithms used in CDMA digital wireless standard are already broken. However, being a closed door algorithm, the security analysis of the CDMA authentication and key-establishment protocol has not been explored in detail. In this work we have presented an analysis of the basic CDMA authentication protocol. We have pointed out some shortcomings in the existing protocol and have proposed an authentication protocol which alleviates the shortcomings. Moreover, the existing scheme provides no security of communication between the home and visited networks. It leaves a security threat. We complement the threat by proposing a secure protocol for communication between the two. Thus, this work opens an avenue for design and analysis of authentication protocols in CDMA networks.

Key concepts: Authentication protocol, Computer science, Computer network, Challenge-Handshake Authentication Protocol, Lightweight Extensible Authentication Protocol, Authentication (law), Protocol (science), Otway–Rees protocol

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