BGP Anomaly Detection by the mean of Updates Projection and Spatio-temporal Auto-encoding

Doris Fejza, Anthony Lambert
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Abstract

Detecting BGP anomalies is crucial to improve the security and robustness of the Internet's inter-domain routing system. As part of this work, we propose an innovative way for detecting these anomalies, a spatio-temporal auto-encoder with BGP updates projection. We first transform BGP updates into video sequences, then we detect the anomalies in these videos by developing an auto-encoder that leverages both the spatial and the temporal features of the videos. The model successfully detects all the different scenario attacks tested. Finally, as we learn the model for exactly one prefix, we apply transfer learning for generalizing the model for all the other prefixes on the Internet. The experimental results are very significant as they indicate the existence of a very similar behaviour for all the prefixes on the Internet.
基于更新投影和时空自动编码的BGP异常检测
BGP异常检测对于提高Internet域间路由系统的安全性和鲁棒性至关重要。作为这项工作的一部分,我们提出了一种检测这些异常的创新方法,一种具有BGP更新投影的时空自动编码器。我们首先将BGP更新转换为视频序列,然后通过开发利用视频的空间和时间特征的自动编码器来检测这些视频中的异常情况。该模型成功检测到所有测试的不同场景攻击。最后,当我们只学习一个前缀的模型时,我们应用迁移学习将模型推广到互联网上所有其他前缀。实验结果非常重要,因为它们表明互联网上所有前缀都存在非常相似的行为。
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