A Novel Hardware Trojan Protection Technology Based on Logic Encryption

Yi-lun Zhang, Yingjian Yan, Jun-Wei Li, Min Liu
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引用次数: 1

Abstract

With the rapid development of integrated circuits and microsystems, the security of this IC industry is getting more and more attention [1]. Therefore, there may be malicious circuit insertion at various stages, resulting in functional failure, performance degradation. In order to prevent the circuit from being plugged into the hardware Trojan, there are now some hardware Trojan protection technologies, including logic encryption, BISA technology and so on. Among them, logic encryption technology makes it difficult for hardware Trojan attackers to insert Trojans for rare nodes by obfuscating the circuits. This paper proposes a novel hardware Trojan protection technology based on logic encryption, which not only defenses against this attack technique of Hamming distance, but also proposes a fake rare node to confuse the circuit.
一种新的基于逻辑加密的硬件木马防护技术
随着集成电路和微系统的飞速发展,集成电路产业的安全问题越来越受到人们的重视。因此,在各个阶段都可能出现恶意的电路插入,导致功能失效,性能下降。为了防止电路被硬件木马插入,现在有一些硬件木马保护技术,包括逻辑加密、BISA技术等。其中,逻辑加密技术通过对电路进行模糊处理,使得硬件木马攻击者难以对稀有节点插入木马。本文提出了一种新的基于逻辑加密的硬件木马防护技术,既防御了这种基于汉明距离的攻击技术,又提出了一个伪稀有节点来混淆电路。
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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