Unlocking the Access to the Effects Induced by IEMI on a Civilian UAV

J. Esteves, E. Cottais, C. Kasmi
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引用次数: 22

Abstract

Many reports have pointed out the potential use of civilian unmanned aerial vehicles in malicious activities against critical infrastructures. From radioactive material projection in Japan to pictures of classified areas, known events have motivated the development of neutralization techniques. The use of high power directed energy weapons (DEW) is one of them. In order to estimate the efficiency of this solution, it is mandatory to have an in-depth analysis of the effects induced by radiofrequency DEW on targeted devices. Many studies related to the effects of electromagnetic interference on electronic devices have been released. A recently proposed approach has shown to provide insight on the propagation of hardware effects to the software level on tested targets using a health monitoring software. In this paper, we propose to design and run arbitrary software on a locked target to gain access to the internal sensors and logs available in the device. Relevant effects were obtained, opening the possibility to both neutralization and hardening strategies as well as estimating the protection efficiency provided by such solution.
对民用无人机电磁干扰影响的研究
许多报告指出,民用无人机可能被用于针对关键基础设施的恶意活动。从日本的放射性物质投射到机密地区的图片,已知事件推动了中和技术的发展。大功率定向能武器(DEW)的使用就是其中之一。为了评估该解决方案的效率,必须深入分析射频DEW对目标器件的影响。许多有关电磁干扰对电子设备影响的研究已经发表。最近提出的一种方法表明,使用运行状况监控软件,可以深入了解被测目标上硬件影响到软件级别的传播情况。在本文中,我们建议在锁定目标上设计和运行任意软件,以访问设备中可用的内部传感器和日志。获得了相关效果,为中和和硬化策略打开了可能性,并估计了该解决方案提供的保护效率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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