Identification of DNS Covert Channel Based on Stacking Method

Peng Yang, Xinxin Wan, Guangye Shi, Hao Qu, Juan Li, Lixin Yang
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引用次数: 4

Abstract

A covert channel is an information channel which is used by computer process to exfiltrate data through bypassing security policies. The domain name system (DNS) protocol is one of the important ways to implement a covert channel. DNS covert channels are easily used by attackers for malicious purposes. Therefore, an effective detection of the DNS covert channels is significant for computer system and network security. Aiming at the difficulty of the DNS covert channel identification, we propose a DNS covert channel detection method based on stacking model. The stacking model is evaluated in a campus network and the experimental results show that the detection based on the stacking model can detect the DNS covert channels effectively. Besides, it can also identify unknown covert channel traffic. The area under the curve (AUC) of the proposed method, reaching 0.9901, outperforms the existed methods.
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基于叠加法的DNS隐蔽通道识别
隐蔽通道是计算机进程用来绕过安全策略泄露数据的一种信息通道。域名系统(DNS)协议是实现隐蔽通道的重要途径之一。DNS隐蔽通道很容易被攻击者用于恶意目的。因此,有效检测DNS隐蔽通道对计算机系统和网络安全具有重要意义。针对DNS隐蔽通道识别的难点,提出了一种基于叠加模型的DNS隐蔽通道检测方法。在一个校园网中对堆叠模型进行了评估,实验结果表明,基于堆叠模型的检测可以有效地检测到DNS隐蔽通道。此外,它还可以识别未知的隐蔽信道业务。该方法的曲线下面积(AUC)达到0.9901,优于现有方法。
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