Security Enhancement of AES Based Encryption Using Dynamic Salt Algorithm

M. Bachtiar, Thiar Hasbiya Ditanaya, Sigit Wasista, Reinaldo Riant Kurnia Perdana
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引用次数: 6

Abstract

Data are the main demand of today's modern era. However, the cryptanalysis attack can compromise the security of any data. Consequently, unauthorized peoples can take the data. The reason is Cryptography is currently only based on the results of the same encryption. In reducing cryptanalysis attacks, this paper discusses data security using dynamic encryption. Cryptosystem in this paper uses a modified of AES 256-bit. Procedure to generate dynamic encryption by giving a character (salt) to plain text. Salt formed from the result of a Linear Congruential Generator (LCG) algorithm. Then a combination of salt and plain text will merge with the algorithm of One Time Pad (OTP). The advantage of this method is, can be used on two different systems, in addition to dynamic encryption results. The tests conducted in this paper shows that the percentage of NIST Tool Suite Test, the successful result is 72.5% from eight parameters that tested.
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利用动态盐算法增强AES加密的安全性
数据是当今现代社会的主要需求。然而,密码分析攻击可以危及任何数据的安全性。因此,未经授权的人可以获取这些数据。原因是密码学目前仅基于相同加密的结果。为了减少密码分析攻击,本文讨论了使用动态加密的数据安全性。本文的密码系统采用了一种改进的AES 256位。通过给纯文本一个字符(salt)来生成动态加密的过程。盐是由线性同余生成器(LCG)算法的结果形成的。然后,盐文本和纯文本的组合将与一次性Pad (OTP)算法合并。这种方法的优点是,可以在两个不同的系统上同时使用,而且结果是动态的。本文进行的测试表明,从测试的8个参数来看,NIST工具套件测试的成功率为72.5%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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