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Many approaches have been proposed to detect stepping-stone intrusion, but few of them can effectively be resistant to intruders' manipulation, such as chaff perturbation, and time-jittering evasion techniques. In this paper, we propose a new approach to not only detect stepping-stone intrusion, but also resist intruders' chaff attack evasion through TCP/IP packet cross-matching and random walk. Unlike...
Detecting Stepping-stone intrusion, especially resisting in intruders evasion has been widely and deeply studied and explored since 1995. In this paper, we propose a method by counting matched TCP/IP packets to detect stepping-stone intrusion. Our study shows that this approach not only can detect stepping-stone intrusion with an improved performance, but also can resist in intruders' evasion, such...
Stepping-stone intrusion is one of the most popular techniques for attacking other computers, and detecting this form of intrusion and resisting intruders’ evasion are critical security issues. In this paper, we propose a new approach to this problem by introducing packet context to help detect stepping-stone intrusion. Pearson product-moment correlation coefficient is introduced to correlate packet...
Stepping-stone is the most popular way used to attack other computers. The reason is that intruders can be protected through a long connection chain involving some compromised computers called stepping-stones. Some intruders even manipulate a stepping-stone to evade stepping-stone intrusion detection. Intruders' evasion makes detecting stepping-stone intrusion more difficult. In this paper, we propose...
Most researchers do not distinguish stepping-stone detection and stepping-stone intrusion detection, thus introduce more false positive errors in detecting stepping-stone intrusion. Those approaches proposed to detect stepping-stone intrusion are vulnerable to intruders' evasion. In this paper we analyze the problems of the current model used to detect stepping-stone, and propose a new model based...
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