内部人员使用的USB硬件木马设备的相关风险

John Clark, Sylvain P. Leblanc, S. Knight
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引用次数: 15

摘要

本文扩展了硬件特洛伊木马设备可能造成的潜在损害的讨论,讨论了内部人员使用此类设备规避既定安全策略所带来的特定风险,即使这些策略是用最先进的端点安全解决方案实现的。本文认为,特定类别的硬件特洛伊木马设备,那些作为功能外围设备实现的设备,在被恶意内部人员使用时特别危险。该研究讨论了概念验证硬件特洛伊木马设备的实现,该设备作为USB人机接口设备实现,利用意外的USB通道从计算机中窃取数据。该工作讨论了意外的USB通道,特别注意通道在运行中的可观察性。本文提出了各种场景,以表明作为外围设备实现的硬件特洛伊木马设备可用于执行各种现代防御技术无法减轻的攻击。这项工作表明,硬件特洛伊木马设备和恶意内部人员的物理访问足以危害现代计算机系统。本文认为,对硬件木马设备的研究必须成为内部威胁研究的重要组成部分。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Risks associated with USB Hardware Trojan devices used by insiders
This paper extends the discussion of potential damage that can be done by Hardware Trojan Horse devices by discussing the specific risks associated with an Insider's use of such a device to circumvent established security policies, even when these are implemented with state of the art Endpoint Security Solutions. The paper argues that a specific category of Hardware Trojan Horse devices, those implemented as functional peripheral devices, are particularly dangerous when used by a malicious Insider. The research discusses the implementation of a proof of concept Hardware Trojan Horse device, implemented as a USB Human Interface Devices, that exploits unintended USB channels to exfiltrate data from a computer. The work discusses unintended USB channels, paying particular attention to the observability of the channel in operation. Various scenarios are presented to show that Hardware Trojan Horse devices implemented as peripheral devices can be used to prosecute a wide variety of attacks that are not mitigated by modern defensive techniques. The work demonstrates that a Hardware Trojan Horse device and physical access by a malicious Insider are sufficient to compromise a modern computer system. The paper argues that the study of Hardware Trojan devices must become an integral part of research on Insider Threats.
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