Penetration Testing Procedure using Machine Learning

Reevan Seelen Jagamogan, Saiful Adli Ismail, N. Hassan, H. Abas
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引用次数: 2

Abstract

The main aim of this study is to determine the effectiveness of a penetration testing tool, GyoiThon as a Machine Learning tool by conducting penetration tests on websites, including the websites that have Content Management System (CMS) frameworks, to identify their vulnerabilities and assess the effectiveness of GyoiThon features in penetration testing. This experiment will determine how well the automation framework is executed for penetration testing. This research hypothesized, that if the feature of a penetration tool consists of any form of Machine Learning algorithm, the more effective the feature can search for more vulnerabilities. To achieve the aim of this paper, an experiment was conducted to evaluate the effectiveness of the two features of GyoiThon, the Default and Machine Learning modes. In the end, it was revealed that the Machine Learning mode of GyoiThon discovered more types of vulnerabilities than using the Default mode of GyoiThon, proving the hypothesis to be right.
使用机器学习的渗透测试程序
本研究的主要目的是通过对网站(包括具有内容管理系统(CMS)框架的网站)进行渗透测试,确定渗透测试工具GyoiThon作为机器学习工具的有效性,以识别其漏洞并评估GyoiThon功能在渗透测试中的有效性。这个实验将决定自动化框架在渗透测试中的执行情况。本研究假设,如果渗透工具的特征包含任何形式的机器学习算法,那么该特征就越有效,可以搜索到更多的漏洞。为了达到本文的目的,我们进行了一个实验来评估gyyoithon的两个特征,默认模式和机器学习模式的有效性。最后,发现GyoiThon的Machine Learning模式比使用GyoiThon的Default模式发现了更多类型的漏洞,证明了假设是正确的。
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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