The undetectable clock cycle sensitive hardware trojan

Guantong Su, Guoqiang Bai
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Abstract

We have proposed a method of designing embedded clock-cycle-sensitive Hardware Trojans (HTs) to manipulate finite state machine (FSM). By using pipeline to choose and customize critical path, the Trojans can facilitate a series of attack and need no redundant circuits. One cannot detect any malicious architecture through logic analysis because the proposed circuitry is the part of FSM. Furthermore, this kind of HTs alerts the trusted systems designers to the importance of clock tree structure. The attackers may utilize modified clock to bypass certain security model or change the circuit behavior.
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无法检测的时钟周期敏感硬件木马
提出了一种设计嵌入式时钟周期敏感硬件木马(ht)来操纵有限状态机(FSM)的方法。通过使用管道选择和定制关键路径,木马可以进行一系列攻击,并且不需要冗余电路。由于所提出的电路是FSM的一部分,因此无法通过逻辑分析来检测任何恶意架构。此外,这种ht提醒可信系统设计者注意时钟树结构的重要性。攻击者可以利用修改后的时钟绕过某些安全模型或改变电路行为。
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