Detection of recurring software vulnerabilities

N. Pham, T. Nguyen, H. Nguyen, T. Nguyen
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引用次数: 98

Abstract

Software security vulnerabilities are discovered on an almost daily basis and have caused substantial damage. Aiming at supporting early detection and resolution for them, we have conducted an empirical study on thousands of vulnerabilities and found that many of them are recurring due to software reuse. Based on the knowledge gained from the study, we developed SecureSync, an automatic tool to detect recurring software vulnerabilities on the systems that reuse source code or libraries. The core of SecureSync includes two techniques to represent and compute the similarity of vulnerable code across different systems. The evaluation for 60 vulnerabilities on 176 releases of 119 open-source software systems shows that SecureSync is able to detect recurring vulnerabilities with high accuracy and to identify 90 releases having potentially vulnerable code that are not reported or fixed yet, even in mature systems. A couple of cases were actually confirmed by their developers.
检测反复出现的软件漏洞
软件安全漏洞几乎每天都会被发现,并造成了巨大的损害。为了支持它们的早期检测和解决,我们对数千个漏洞进行了实证研究,发现其中许多漏洞由于软件重用而反复出现。基于从研究中获得的知识,我们开发了SecureSync,这是一种自动工具,用于检测重用源代码或库的系统上反复出现的软件漏洞。SecureSync的核心包括两种技术来表示和计算不同系统中易受攻击代码的相似性。对119个开源软件系统176个版本的60个漏洞进行的评估表明,SecureSync能够高精度地检测到反复出现的漏洞,并识别出90个版本中存在尚未报告或修复的潜在漏洞代码,即使在成熟的系统中也是如此。有几个案例得到了开发者的证实。
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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