实现工业以太网的高性能安全控制

Alexander Giehl, S. Plaga
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引用次数: 5

摘要

在智能制造中,安全问题日益受到关注,然而,运营技术(OT)运营商往往会对此感到担忧。在OT通信中,性能是最重要的,因此,目前认为更高的风险是可以接受的。然而,最近对工厂通信的成功攻击表明,网络攻击的可能性正在上升。在这项工作中,我们提出了一种用于OT网络的高性能安全协议扩展。它支持消息身份验证和数据完整性,同时将协议开销保持在实时约束之内。该协议扩展可防止针对智能制造环境中网络物理系统通信的攻击。因此,面对这些攻击向量的OT操作的可用性得到了保证。
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Implementing a performant security control for Industrial Ethernet
Security is an increased concern in smart manufacturing, however, is often met with concerns from operational technology (OT) operators. Performance is paramount in OT communication and, thus, a higher risk is currently deemed acceptable. However, the probability for cyber attacks is rising as recent, successful attacks on factory communication demonstrate. In this work, we present a performant security protocol extension for usage in OT networks. It enables message authentication and data integrity while keeping the protocol overhead within real-time constraints. The protocol extension protects against attacks targeting communication of cyber-physical systems in a smart manufacturing environment. The availability of OT operations facing these attack vectors is, thus, guaranteed.
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