Chaotic Map Based Mobile Dynamic ID Authenticated Key Agreement Scheme

When it comes to key agreement protocol, mutual authentication is regarded as a crucial security requirement. Yet, conventional authenticated key agreement using static ID cannot provide user anonymity if the communication content is compromised. A dynamic ID authentication scheme is a better alternative for maintaining user’s privacy. Based on the Chebyshev chaotic map, the author proposes a mobile dynamic ID authenticated key agreement scheme which allows mobile users to gain resources of remote servers. By optimizing the server computation, our scheme aims at increasing the concurrent process capacity of remote servers. We also demonstrate that the proposed scheme is secure against existential active attacks and outperforms related works.

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