3D-Playfair Encrypted Message Verification Technology based on MD5

W. Kuo, W. Kao, Chun-Cheng Wang, Yu-Chih Huang
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引用次数: 2

Abstract

In the world of information development, the transmission of information is much more convenient. However, the transmission process always faces the risk of being attacked, stolen and tampered, which leads to the doubt that the data source is incorrect. For this reason, some scholars proposed to protect important information in the form of passwords. Alok et al. Proposed 3D-Playfair Cipher with Message Integrity using MD5. This paper uses 3D-Playfair encryption for encryption. However, simple 3D-playfair encryption cannot guarantee the integrity of data during transmission, so the author proposes Combined with MD5 to ensure the integrity of the data, but there are doubts about the credibility of the data source, so this paper uses XOR calculation methods to further verify the credibility of the data. When a man-in-the-middle attack is encountered, the attacker intercepts the packet And tampering with the data content can still accurately determine whether the source of the data is the original sender. This method guarantees the integrity of the data while improving the credibility of the data.
基于MD5的3D-Playfair加密消息验证技术
在信息发展的世界里,信息的传递更加方便。然而,在传输过程中始终面临着被攻击、被窃取、被篡改的风险,这就导致了对数据源不正确的怀疑。为此,有学者提出以密码的形式保护重要信息。阿洛克等人。提出了一种基于MD5的具有消息完整性的3D-Playfair密码。本文采用3D-Playfair加密技术进行加密。然而,简单的3d -play - fair加密并不能保证数据在传输过程中的完整性,因此笔者提出结合MD5来保证数据的完整性,但对数据源的可信度存在疑问,因此本文采用XOR计算方法来进一步验证数据的可信度。当遇到中间人攻击时,攻击者拦截数据包并篡改数据内容,仍然可以准确判断数据的来源是否为原始发送者。该方法在保证数据完整性的同时,提高了数据的可信度。
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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