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Side-channel attacks against the human brain: the PIN code case study (extended version)

机译:针对人脑的旁通道攻击:PIN码案例研究(扩展版)

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摘要

We revisit the side-channel attacks with brain–computer interfaces (BCIs) first put forward by Martinovic et al. at the USENIX 2012 Security Symposium. For this purpose, we propose a comprehensive investigation of concrete adversaries trying to extract a PIN code from electroencephalogram signals. Overall, our results confirm the possibility of partial PIN recovery with high probability of success in a more quantified manner and at the same time put forward the challenges of full/systematic PIN recovery. They also highlight that the attack complexities can significantly vary in function of the adversarial capabilities (e.g., supervised/profiled vs. unsupervisedon-profiled), hence leading to an interesting trade-off between their efficiency and practical relevance. We then show that similar attack techniques can be used to threat the privacy of BCI users. We finally use our experiments to discuss the impact of such attacks for the security and privacy of BCI applications at large, and the important emerging societal challenges they raise.
机译:我们用Martinovic等人首先提出的脑机接口(BCI)重新审视了边信道攻击。在USENIX 2012安全研讨会上。为此,我们建议对具体对手进行全面调查,以尝试从脑电图信号中提取PIN码。总的来说,我们的结果证实了以更量化的方式成功恢复部分PIN的可能性很高,同时提出了完全/系统PIN恢复的挑战。他们还强调指出,攻击的复杂性在对抗能力的功能上可能会发生很大变化(例如,受监督/监视与无监督/无监视),因此导致其效率与实用性之间的有趣权衡。然后,我们表明可以使用类似的攻击技术来威胁BCI用户的隐私。最后,我们使用实验来讨论此类攻击对BCI应用程序的安全性和隐私性的影响,以及它们引发的重要的新兴社会挑战。

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