Hardware enlightening: No where to hide your Hardware Trojans!

Mohammad Saleh Samimi, Ehsan Aerabi, Z. Kazemi, M. Fazeli, A. Patooghy
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引用次数: 20

Abstract

IC design and manufacturing chains show steadily growing complexity which provides different third party roles in between. Reprobate parties can take the opportunity to steal a client's IP or insert their malicious circuits-Hardware Trojans-in the original client's design and trigger them in case of need. Trojans are usually inserted in the most hidden internal signals with the lowest activity which increase their chance for not being activated and revealed by clients or end-users. In this paper we propose a method to reduce the number of signals with low activity and hence the chance of inserting hidden trojans. This method is based on an enhanced Logic Encryption approach and uses a 128-bit key. Encryption can also secure the design against IP piracy. Simulation results show that the proposed method can eliminate 83.17% of low activity signals in the circuit.
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硬件启蒙:没有地方隐藏你的硬件木马!
集成电路设计和制造链显示出稳步增长的复杂性,这在两者之间提供了不同的第三方角色。恶意方可以借此机会窃取客户端的IP或在原始客户端的设计中插入恶意电路(硬件木马),并在需要时触发它们。木马通常插入到最隐蔽的内部信号中,活动最少,这增加了它们不被客户或最终用户激活和发现的机会。在本文中,我们提出了一种方法来减少低活动信号的数量,从而减少插入隐藏木马的机会。该方法基于增强的逻辑加密方法,并使用128位密钥。加密还可以保护设计免受IP盗版。仿真结果表明,该方法可消除电路中83.17%的低活度信号。
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