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A Secure and Efficient Authenticated Key Agreement Protocol

Kuang Huaqing

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Abstract

SAKA protocol does not achieve key-compromise impersonation . So conforming to the authenticated key agreement security attributes defined by L.Law,an Elliptic Curve Cryptography based Secure and efficient authenticated key agreement protocol-SEAK protocol are proposed. The security of the protocol is analyzesd, and proved that assuming ECDH is hard to solve , it is a secure protocol. The protocol only requires two intger multiplication per entity and two number of message exchange,so it is an efficient protocol.

About this research paper

What this paper is about

SAKA protocol does not achieve key-compromise impersonation . So conforming to the authenticated key agreement security attributes defined by L.Law,an Elliptic Curve Cryptography based Secure and efficient authenticated key agreement protocol-SEAK protocol are proposed. The security of the protocol is analyzesd, and proved that assuming ECDH is hard to solve , it is a secure protocol. The protocol only requires two intger multiplication per entity and two number of message exchange,so it is an efficient protocol.

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Available abstract

SAKA protocol does not achieve key-compromise impersonation . So conforming to the authenticated key agreement security attributes defined by L.Law,an Elliptic Curve Cryptography based Secure and efficient authenticated key agreement protocol-SEAK protocol are proposed. The security of the protocol is analyzesd, and proved that assuming ECDH is hard to solve , it is a secure protocol. The protocol only requires two intger multiplication per entity and two number of message exchange,so it is an efficient protocol.

Key concepts: Oakley protocol, Key-agreement protocol, Computer science, Protocol (science), Key (lock), Otway–Rees protocol, Elliptic curve cryptography, Authenticated Key Exchange

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