A multi-parameter functional side-channel analysis method for hardware trust verification

Christopher Bell, Matthew Lewandowski, S. Katkoori
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引用次数: 5

Abstract

A hardware Trojan is a modification to a hardware design which inserts undesired or malicious functionality. They pose a substantial security risk, and as such, rapid, reliable detection of these Trojans has become a critical necessity. In this paper, we propose a method for detecting compromised designs quickly and effectively. The method involves a multi-parameter analysis of the design and statistical analysis to determine which designs have been compromised. We also briefly discuss a supplemental method of confirming our results using a targeted method of FPGA design analysis. This method was proposed for consideration in the Cyber Security Awareness Week (CSAW) 2012 Embedded Systems Challenge (ESC) hosted by the Polytechnic Institute of New York University. This served to independently verify our results. The method was awarded first place in the competition.
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一种硬件信任验证的多参数功能性边信道分析方法
硬件木马是对硬件设计的修改,它插入不需要的或恶意的功能。它们构成了巨大的安全风险,因此,对这些木马进行快速、可靠的检测已变得至关重要。在本文中,我们提出了一种快速有效地检测折衷设计的方法。该方法包括设计的多参数分析和统计分析,以确定哪些设计已被破坏。我们还简要讨论了一种补充方法,该方法使用FPGA设计分析的目标方法来确认我们的结果。该方法是在纽约大学理工学院主办的2012年网络安全意识周(CSAW)嵌入式系统挑战(ESC)中提出的。这有助于独立地验证我们的结果。这种方法在竞赛中获得了第一名。
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