Modeling and execution of complex attack scenarios using interval timed colored Petri nets

O. Dahl, S. Wolthusen
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引用次数: 40

Abstract

The commonly used flaw hypothesis model (FHM) for performing penetration tests provides only limited, high level guidance for the derivation of actual penetration attempts. In this paper, a mechanism for the systematic modeling, simulation, and exploitation of complex multistage and multiagent vulnerabilities in networked and distributed systems based on stochastic and interval-timed colored Petri nets is described and analyzed through case studies elucidating several properties of Petri net variants and their suitability to modeling this type of attack
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使用间隔时间彩色Petri网的复杂攻击场景建模和执行
通常用于渗透测试的缺陷假设模型(FHM)仅为实际渗透尝试的推导提供了有限的高层次指导。本文描述了一种基于随机和间隔时间彩色Petri网的系统建模、仿真和利用网络和分布式系统中复杂的多阶段和多智能体漏洞的机制,并通过案例研究阐述了Petri网变体的几个特性及其对建模这类攻击的适用性
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An intelligent detection and response strategy to false positives and network attacks Modeling and execution of complex attack scenarios using interval timed colored Petri nets Active event correlation in Bro IDS to detect multi-stage attacks The LAIDS/LIDS framework for systematic IPS design An application of information theory to intrusion detection
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