Honeypots Vulnerabilities to Backdoor Attack

Farshad Javid, M. Z. Lighvan
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Abstract

Honeypots are widely used to increase the security of systems and networks, but they only observe the activities that are done against them. A honeypot will not be able to detect an exploit in another system unless it interacts directly with it. In addition to the weakness caused by the normal behavior of honeypots, our research shows that honeypots may succumb to back door attacks. To prove this claim, a backdoor attack is performed on the popular Honeypot system. Experimental results show that the Kfsensor Honeypot is bypassed using a backdoor attack, and network protection is disabled even with the Honeypot enabled.
针对后门攻击的蜜罐漏洞
蜜罐被广泛用于提高系统和网络的安全性,但它们只观察针对它们的活动。蜜罐将无法检测到另一个系统中的漏洞,除非它直接与之交互。除了蜜罐的正常行为造成的弱点,我们的研究表明,蜜罐可能屈服于后门攻击。为了证明这一说法,对流行的蜜罐系统进行了后门攻击。实验结果表明,Kfsensor蜜罐被后门攻击绕过,即使蜜罐启用,网络保护也被禁用。
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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