A module for anomaly detection in ICS networks

Matti Mantere, Mirko Sailio, S. Noponen
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引用次数: 26

Abstract

Network security monitoring using machine learning algorithms is a topic that has been well researched and found to be difficult to use. We propose to use a specific approach in restricted IP network environments and leverage the network state information and information from individual connections for increased level of sensitivity. The approach is meant for use in restricted IP networks which exhibit a level of determinism that enables the use of machine learning approach. In this work we use algorithm called Self-Organizing Maps. We introduce an implementation of self-organizing maps engine built on top of the Bro network security monitor. An implemented selection of initial features for the Self-Organizing Maps is provided and a sample sub-set is used when training a SOM lattice for network data from an industrial control system environment. The anomaly detection prototype described in this paper is meant as a complementary mechanism, not a standalone solution for network security monitoring.
ICS网络异常检测模块
使用机器学习算法进行网络安全监控是一个已经被充分研究并发现难以使用的主题。我们建议在受限制的IP网络环境中使用一种特定的方法,并利用网络状态信息和来自单个连接的信息来提高灵敏度。该方法适用于受限制的IP网络,这种网络表现出一定程度的确定性,可以使用机器学习方法。在这项工作中,我们使用了一种叫做自组织地图的算法。本文介绍了一种基于Bro网络安全监视器的自组织地图引擎的实现。提供了自组织映射的初始特征的实现选择,并在训练来自工业控制系统环境的网络数据的SOM格时使用了样本子集。本文描述的异常检测原型是一种补充机制,而不是网络安全监控的独立解决方案。
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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