GVScan: Scanning Networks for Global Vulnerabilities

F. Baiardi, Fabio Corò, F. Tonelli, Luca Guidi
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引用次数: 23

Abstract

A global vulnerability is a set of vulnerabilities in one or several nodes of an ICT infrastructure. These vulnerabilities enable some attacks that may be sequentialized so that the privileges that each attack requires are acquired through the previous ones. Current vulnerability scanners cannot discover global vulnerabilities because they analyze each node in isolation, without correlating the vulnerabilities in the same or in distinct nodes. To discover global vulnerabilities, an analysis has to correlate node vulnerabilities according to the architecture and the topology of the infrastructure. After defining a formal analysis to discover global vulnerabilities and the corresponding attack sequences, we present GVScan, a tool to automate the analysis based upon a classification of vulnerabilities. A first application of GVScan to a real infrastructure is described together with an evaluation of its accuracy.
GVScan:扫描网络以查找全局漏洞
全球漏洞是ICT基础设施的一个或多个节点中的一组漏洞。这些漏洞支持一些可能被顺序化的攻击,以便通过前一次攻击获得每次攻击所需的特权。当前的漏洞扫描器无法发现全局漏洞,因为它们孤立地分析每个节点,而没有将相同或不同节点中的漏洞关联起来。为了发现全局漏洞,分析必须根据基础设施的体系结构和拓扑来关联节点漏洞。在定义了发现全局漏洞和相应攻击序列的形式化分析之后,我们提出了GVScan,一种基于漏洞分类的自动化分析工具。描述了GVScan在实际基础设施中的首次应用,并对其精度进行了评估。
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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