Praptodiyono, Supriyanto and Muhammad, Fadil and Wiriyadinata, Dhandy Analysis security system performance MIPv6 in signaling process using AES and Twofish algorithms. TEKNIKA: JURNAL SAINS DAN TEKNOLOGI, 17 (02). pp. 46-52. ISSN 2654-4113

Text Paper Teknika Lengkap.pdf - Published Version Download (13MB)

Abstract

Mobile technology has become a necessity for modern society in the digital era. The ease of various information processes is a driving force for the growth of mobile users. To support continuous connectivity, Mobile IPv6 (MIPv6) is a solution and successor to the current Mobile IPv4 technology. Mobility in accessing a wide range of services is carried out via the Internet, but activities on the Internet make us vulnerable to various malicious acts. Issues such as information security as well as high overheads are a concern for mobile communications. An encryption mechanism is required throughout the signaling phase to construct security associations to enhance MIPv6 security performance. IPsec offers security services at the network layer. There are three encryption algorithms in IPsec, namely DES, 3DES, and AES. The DES algorithm is no longer recommended due to security factors, while AES is still not optimal in wireless networks. This study aims to analyze the performance of the MIPv6 security system and service quality with the AES and Twofish algorithms. Twofish algorithm is a candidate that has the potential for better performance. The experiment concluded that the performance of the Twofish algorithm is superior based on the security of cryptanalysis attacks with a cracking time that is twice as long as AES. In terms of service quality, Throughput Twofish has an increase of 20.05% with a small delay compared to AES, while packet loss is 0.023% for Twofish and 0.077% for AES.

Available Versions of this Item

• Analysis security system performance MIPv6 in signaling process using AES and Twofish algorithms. (deposited 17 Dec 2021 14:33)
  • Analysis security system performance MIPv6 in signaling process using AES and Twofish algorithms. (deposited 17 Dec 2021 15:50) [Currently Displayed]

Actions (login required)

View Item