恶意USB MITM:基于物理访问的网络攻击及其实用安全解决方案

L. Almazaydeh, Jun Zhang, Peiqiao Wu, Ruoqi Wei, Yisheng Cheng, K. Elleithy
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引用次数: 0

摘要

由于其通用性,通用串行总线(USB)已成为现代计算机的主要连接端口。可编程性为硬件供应商和操作系统供应商开发其产品和相关固件提供了便利。然而,它为潜在的漏洞打开了一扇门,从而导致高风险。在过去的三年里,研究人员一直试图阻止和防止受感染产品的安全影响,向芯片供应商、外设供应商和操作系统供应商报告了这个问题,并提出了他们的建议,以便修补现有的易受攻击的设备,避免未来已知的漏洞。结果,这些供应商都无法成功克服这些漏洞,对安全研究人员的报告或黑客社区的事件都没有做出积极的反应。因此,第三方组织和研究团队开始接管“BadUSB”的问题,并专注于发现其解决方案。在本文中,我们介绍了一种防止BadUSB的方法。将所提出的方案与现有的防御方法进行比较,表明所提出的方法优于文献中报道的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Bad USB MITM: A Network Attack Based on Physical Access and Its Practical Security Solutions
Due its universality, Universal Serial Bus (USB) has become the major connecting port of modern computers. Programmability provides convenience between hardware vendors and operating system vendors to develop their products and related firmware.  However, it leads to high risk by opening a door for a potential vulnerability. In the past three years, researchers have attempt to stop and prevent the security influence of compromised products, reported this issue and their suggestion to chips vendors, peripheral vendors and OS vendor, in order to patch up existing vulnerable device and avoid known exploits in the future. In result, none of those vendors could successfully overcome the vulnerabilities, with inactive response to either the reports by security researchers or incidents by hacker communities. Thus, third party organizations and research teams start to take over the problem of "BadUSB" and focus on discovering its solution. In this paper ,we introduce an approach to protect against BadUSB. A comparison between the presented scheme and the existing defense methods demonstrates that the presented approach outperforms the reported approaches in literature.
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