2008Wuhan University Journal of Natural SciencesRequires access

Authenticated Diffie-Hellman key agreement protocol with forward secrecy

Chuanrong Zhang, Yuqing Zhang

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Abstract

Forward secrecy is an important security property in key agreement protocol. Based on Harn’s protocol, in this paper a new authenticated Diffie-Hellman key agreement protocol with half forward secrecy is proposed. This protocol is also based on a single cryptographic assumption, and is user authentication and shared key authentication. More importantly, our protocol provides forward secrecy with respect to one of the parties. For this reason, besides the advantages of Harn’s protocol, in practice, our protocol can reduce the damages resulted from the disclosure of the user’s secret key and it is very beneficial to today’s communication with portable devices.

About this research paper

What this paper is about

Forward secrecy is an important security property in key agreement protocol. Based on Harn’s protocol, in this paper a new authenticated Diffie-Hellman key agreement protocol with half forward secrecy is proposed. This protocol is also based on a single cryptographic assumption, and is user authentication and shared key authentication. More importantly, our protocol provides forward secrecy with respect to one of the parties. For this reason, besides the advantages of Harn’s protocol, in practice, our protocol can reduce the damages resulted from the disclosure of the user’s secret key and it is very beneficial to today’s communication with portable devices.

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OpenAlex reports 2 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Forward secrecy is an important security property in key agreement protocol. Based on Harn’s protocol, in this paper a new authenticated Diffie-Hellman key agreement protocol with half forward secrecy is proposed. This protocol is also based on a single cryptographic assumption, and is user authentication and shared key authentication. More importantly, our protocol provides forward secrecy with respect to one of the parties. For this reason, besides the advantages of Harn’s protocol, in practice, our protocol can reduce the damages resulted from the disclosure of the user’s secret key and it is very beneficial to today’s communication with portable devices.

Key concepts: Forward secrecy, Key-agreement protocol, Computer science, Secrecy, Protocol (science), Key (lock), Computer security, Oakley protocol

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