In recent years, insider threats within computers have been overgrowing because a high quantity of malware and its variants have been spread massively by spam mail, malvertising attack, and users' carelessness. Moreover, some of the dormant malware would not be inspected by ant-virus software, and the risk exists continually until finally becoming a disastrous economic loss. Several studies developed signature-based methods to detect insider threats, but we are more interested in how to simplify the network behavior from sophisticated traffic flow. Without inspecting network payload and packet with time-consuming, we focus on the traffic behavior that we only consider the features of source IP, destination IP, timestamp of connection, and quantity of connection. To conquer the black box of complicated network traffic, this work applies the deep learning paradigm and proposes the variant version of VGG16 to examine the features within traffic flow. Finally, this paper proposes a method to support more explanation on traffic behavior with learning model.
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Visualizing the Malicious of Your Network Traffic by Explained Deep Learning
Semantic Scholar · Computer Science · 2020
Abstract
In recent years, insider threats within computers have been overgrowing because a high quantity of malware and its variants have been spread massively by spam mail, malvertising attack, and users' carelessness. Moreover, some of the dormant malware would not be inspected by ant-virus software, and the risk exists continually until finally becoming a disastrous economic loss. Several studies developed signature-based methods to detect insider threats, but we are more interested in how to simplify the network behavior from sophisticated traffic flow. Without inspecting network payload and packet with time-consuming, we focus on the traffic behavior that we only consider the features of source IP, destination IP, timestamp of connection, and quantity of connection. To conquer the black box of complicated network traffic, this work applies the deep learning paradigm and proposes the variant version of VGG16 to examine the features within traffic flow. Finally, this paper proposes a method to support more explanation on traffic behavior with learning model.