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Hooshmand, R., Peyravi, J., Naserizadeh, F. (2025). A Secure and Efficient Authentication and Key Agreement Protocol based on Present Light weight block cipher. Electronic and Cyber Defense, (), -.
Reza Hooshmand; Jafar Peyravi; Farhad Naserizadeh. "A Secure and Efficient Authentication and Key Agreement Protocol based on Present Light weight block cipher". Electronic and Cyber Defense, , , 2025, -.
Hooshmand, R., Peyravi, J., Naserizadeh, F. (2025). 'A Secure and Efficient Authentication and Key Agreement Protocol based on Present Light weight block cipher', Electronic and Cyber Defense, (), pp. -.
Hooshmand, R., Peyravi, J., Naserizadeh, F. A Secure and Efficient Authentication and Key Agreement Protocol based on Present Light weight block cipher. Electronic and Cyber Defense, 2025; (): -.

A Secure and Efficient Authentication and Key Agreement Protocol based on Present Light weight block cipher

پدافند الکترونیکی و سایبری
Articles in Press, Accepted Manuscript, Available Online from 01 February 2025
Document Type: Original Article
Authors
Reza Hooshmand* 1; Jafar Peyravi2; Farhad Naserizadeh2
1Assistant Professor, Shahid Sattari Aviation University, Tehran, Iran
2Master's degree, Shahid Sattari Aviation University, Tehran, Iran
Receive Date: 04 September 2024,  Revise Date: 26 November 2024,  Accept Date: 11 January 2025 
Abstract
One of the most important evolved security mechanisms in the wireless networks is an authentication and key agreement (AKA) protocol. In this paper, first we study the structure of Evolved Packet System Authentication and Key Agreement (EPS-AKA) protocol. Also, we discuss about the security advantages and disadvantages of the EPS-AKA protocol. Then, we review the structure of the improved versions of EPS-AKA protocol and also investigate their performance in terms of key length and complexity. Also, we propose the improved EPS-AKA protocol based on Present light weight block cipher. The security and efficiency levels of the proposed protocol are analyzed. The security investigation shows that it has higher security level than the conventional EPS-AKA protocol. Also, it has lower key length and computational complexity than the recent improved versions of EPS-AKA protocols. In fact, due to the use of light weight present block cipher, it seems that the proposed protocol has simpler structure and higher security level than the previous improved versions of EPS-AKA protocols.
Keywords
Authentication; Key Agreement; Light Weight Block Cipher
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