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Detecting Anomalies in Printed Intelligence Factory Network

机译:在印刷智能工厂网络中检测异常

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Network security monitoring in ICS, or SCADA, networks provides opportunities and corresponding challenges. Anomaly detection using machine learning has traditionally performed sub-optimally when brought out of the laboratory environments and into more open networks. We have proposed using machine learning for anomaly detection in ICS networks when certain prerequisites are met, e.g. predictability. Results are reported for validation of a previously introduced ML module for Bro NSM using captures from an operational ICS network. The number of false positives and the detection capability are reported on. Parts of the used packet capture files include reconnaissance activity. The results point to adequate initial capability. The system is functional, usable and ready for further development. Easily modified and configured module represents a proof-of-concept implementation of introduced event-driven machine learning based anomaly detection concept for single event and algorithm.
机译:ICS或SCADA网络中的网络安全监视提供了机遇和相应的挑战。传统上,使用机器学习进行异常检测在将其带出实验室环境并进入更开放的网络时通常会表现欠佳。我们提出了在满足某些先决条件时,例如,将机器学习用于ICS网络中的异常检测。可预测性。报告了结果,用于使用可操作的ICS网络捕获来验证Bro NSM先前引入的ML模块。报告了误报的数量和检测能力。使用的数据包捕获文件的一部分包括侦察活动。结果表明有足够的初始能力。该系统功能齐全,可用并准备进一步开发。易于修改和配置的模块代表了针对单个事件和算法引入的基于事件驱动的机器学习的异常检测概念的概念验证实现。

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