Enhanced MAC based on Hybrid-MD Algorithm

Muslim Muslim, Suarga Suarga, As’ad Djamalilleil, Fitriyani Umar, Mardiyyah Hasnawi, Syahrul Mubarak
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Abstract

In the digital era like now almost all transactions are done in online. However, information on the results of transactions sent through digital communication channels are very vulnerable to counterfeiting attacks. Therefore, it is made to ensure that the received message information is still intact and genuine. A MAC is a cryptographic algorithm that is suitable and widely used as a solution for such problems even though there are still many tricks that can be used by attackers to find fake messages for deceive other parties. The secure Ok-MAC algorithm developed in this paper is that enhanced MAC uses a message digest based on a hybrid of two existing message digests using just one key. The test results show that for the small-sized message the MAC algorithm Ok-MAC is slightly slower (26.53 ms) than the HMAC-SHA-1 (24.94 ms) and Ok-MAC is expected to validate the integrity and authenticity of the sort message well.
基于Hybrid-MD算法的增强MAC
在现在这样的数字时代,几乎所有的交易都是在网上完成的。然而,通过数字通信渠道发送的有关交易结果的信息非常容易受到假冒攻击。因此,这样做是为了确保接收到的消息信息仍然是完整和真实的。MAC是一种适合并广泛用于解决此类问题的加密算法,尽管攻击者仍然可以使用许多技巧来找到虚假消息以欺骗其他方。本文开发的安全的Ok-MAC算法是增强型MAC使用基于两个现有消息摘要的混合消息摘要,仅使用一个密钥。测试结果表明,对于小尺寸的消息,MAC算法Ok-MAC (26.53 ms)比HMAC-SHA-1 (24.94 ms)略慢,并且Ok-MAC有望很好地验证排序消息的完整性和真实性。
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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