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Logboat — A simulation framework enabling CAN security assessments

机译:Logboat —支持CAN安全评估的仿真框架

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Traditionally, fieldbus networks are operated in closed environments, where all communication nodes are assumed to be trustworthy. Therefore, the corresponding standards do not consider any security requirements. New technology trends, such as the upcoming Internet of Things (IoT), demand an interconnection between all components of an industrial infrastructure. As a consequence of this, there is a need for tools enabling security assessments and the simulation of protocol-based security improvements. In this paper we introduce Logboat, a flexible Python and Linux based simulation framework for security assessments on Controller Area Network (CAN) networks and make some architectural and technology-selection proposals. Subsequently, the different modules of Logboat and their capabilities are explained and a use case scenario is presented. The paper concludes with an outlook on upcoming research activities on CAN bus security where the presented framework can be of help.
机译:传统上,现场总线网络在封闭的环境中运行,在该环境中,所有通信节点均被认为是可信赖的。因此,相应的标准不考虑任何安全要求。新技术趋势,例如即将到来的物联网(IoT),要求在工业基础架构的所有组件之间实现互连。结果,需要一种能够进行安全评估和模拟基于协议的安全性改进的工具。在本文中,我们介绍Logboat,这是一个基于Python和Linux的灵活仿真框架,用于在控制器局域网(CAN)网络上进行安全评估,并提出了一些体系结构和技术选择建议。随后,解释了Logboat的不同模块及其功能,并给出了用例场景。本文以对CAN总线安全性即将开展的研究活动的展望作为结束语,其中提出的框架可能会有所帮助。

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