LightPEN: Optimizing the Vulnerability Exposures for Lightweight Penetration Test

S. Fugkeaw, Lyhour Hak, Nutsuda Ploysopond, Witchaya Apichonkit, Sirapop Lahankaew
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Abstract

Penetration Testing (PenTest) is crucial to an organization’s system security. It helps ensure the confidentiality, integrity, and availability of the system and reduces exposures to future risks. Specifically, the PenTest process is usually initiated after the vulnerability assessment (VA) scanning where its results are used to undertake the PenTest. Significantly, PenTest requires expert testers to test each vulnerability found in the VA stage thoroughly. Hence, the process is expert-dependent and time-consuming. To optimize the set of vulnerabilities to be tested in the PenTest process, we introduce the scheme called LightPEN to support the extraction of known vulnerabilities obtained from existing sources such as local code scanning, notice from vendors and developers, and previous VA reports. In addition, our system provides exploitable scripts for the PenTest process. Finally, we conducted the experiment to demonstrate the efficiency of our proposed system.
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LightPEN:优化轻量级渗透测试的漏洞暴露
渗透测试(PenTest)对组织的系统安全性至关重要。它有助于确保系统的机密性、完整性和可用性,并减少对未来风险的暴露。具体来说,测试过程通常在漏洞评估(VA)扫描之后启动,其结果用于进行测试。值得注意的是,PenTest需要专家测试人员彻底测试在VA阶段发现的每个漏洞。因此,这个过程依赖于专家,而且很耗时。为了优化在PenTest过程中要测试的漏洞集,我们引入了名为LightPEN的方案,以支持从现有来源(如本地代码扫描、供应商和开发人员的通知以及以前的VA报告)获取的已知漏洞的提取。此外,我们的系统为测试过程提供了可利用的脚本。最后,通过实验验证了系统的有效性。
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