Research on strong-association rule based web application vulnerability detection

He Tian, Jing Xu, Kunmei Lian, Ying Zhang
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引用次数: 13

Abstract

With the increase of the web applications in information society, web application software security become more and more important. Recent investigations show that web application vulnerabilities have become the largest security threat. Websense security report shows that in the first half of year 2008 above 75% of the most popular web site have utilized by the hackers to run malicious code. Detecting and solving vulnerability is the effective way to enhance web security. In this paper we focus on the regression test in web vulnerability detection, and present a strong-association rule based algorithm to make the detection more efficient. In the first step we traverse the whole web site to get the web page collection. And then, in the regression test, we make the association between the pages and expand the pages to a collection set. The set will used in the following iterate traverse. And we define the relational grade to describe the association. Finally, we do the experiment on our target web site which contains the known vulnerabilities such as XSS and SQL injection, and the result shows that the algorithm can detect almost all the pages that may contains vulnerabilities in the target web site.
基于强关联规则的web应用漏洞检测研究
随着信息社会中web应用的增多,web应用软件的安全变得越来越重要。最近的调查显示,web应用程序漏洞已成为最大的安全威胁。Websense安全报告显示,在2008年上半年,超过75%的最受欢迎的网站被黑客利用来运行恶意代码。检测和解决漏洞是增强web安全性的有效途径。本文重点研究了web漏洞检测中的回归测试,提出了一种基于强关联规则的回归测试算法,提高了web漏洞检测的效率。在第一步中,我们遍历整个网站以获取网页集合。然后,在回归测试中,我们在页面之间建立关联,并将页面扩展为集合集。该集合将在下面的迭代遍历中使用。我们定义了关系等级来描述这种关联。最后,我们在目标网站上对已知的漏洞如XSS、SQL注入等进行了实验,结果表明该算法可以检测出目标网站中几乎所有可能存在漏洞的页面。
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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