Secure Communication between Arduinos using Controller Area Network(CAN) Bus

S. Lakshmi, Renjith H Kumar
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Abstract

Present-day vehicles have numerous Electronic Control Units (ECUs) and they communicate with each other over a network known as the Controller Area Network(CAN) bus. In this way, the CAN bus is a fundamental component of intra-vehicle communication. The CAN bus was designed without focusing on communication security and in this way it is vulnerable to many cyber attacks. As the vehicles are always connected to the Internet, the CAN bus is remotely accessible and could be hacked. To secure the communication between ECUs and defend against these cyber attacks, we apply a Hash Message Authentication Code(HMAC) to automotive data and demonstrate the CAN bus communication between two ECUs using Arduino UNO and MCP2515 CAN bus module.
基于CAN总线的Arduinos间安全通信
当今的车辆有许多电子控制单元(ecu),它们通过称为控制器局域网(CAN)总线的网络相互通信。因此,CAN总线是车内通信的基本组成部分。CAN总线在设计时没有考虑通信安全,因此很容易受到许多网络攻击。由于车辆始终与互联网相连,CAN总线可以远程访问,并可能被黑客入侵。为了保护ecu之间的通信并防御这些网络攻击,我们将哈希消息认证码(HMAC)应用于汽车数据,并使用Arduino UNO和MCP2515 CAN总线模块演示两个ecu之间的CAN总线通信。
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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