Intrusion Attacks on Automotive CAN and Their Detection

Halley M. Paulson
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Abstract

The main highway of communication in a vehicle is the Controller Area Network, commonly known by the acronym CAN. Any vulnerability in this network could allow bad actors to block communication between vehicle subsystems, risking the safety of the vehicle’s occupants. With the ever growing list of vulnerabilities being exposed in the CAN, it is critical to address its safety. This paper looks at one of the known vulnerabilities in the data link layer of the CAN and an Intrusion Detection System that could detect attacks on this network. We detail a few processes of the CAN, arbitration and error states, and how they are leveraged during different attacks. We also explain the core component of the Intrusion Detection System, the Detection Engine, and discuss testing results.
汽车CAN的入侵攻击及其检测
车辆通信的主要高速公路是控制器局域网,通常简称为CAN。该网络中的任何漏洞都可能允许不良行为者阻止车辆子系统之间的通信,从而危及车辆乘员的安全。随着CAN中暴露的漏洞越来越多,解决其安全性问题至关重要。本文研究了CAN网络数据链路层的一个已知漏洞,并设计了一个入侵检测系统来检测该网络上的攻击。我们详细介绍了CAN、仲裁和错误状态的一些过程,以及在不同的攻击期间如何利用它们。我们还解释了入侵检测系统的核心组件——检测引擎,并讨论了测试结果。
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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