A Survey on Vulnerability Prediction using GNNs

Evangelos Katsadouros, C. Patrikakis
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Abstract

The massive release of software products has led to critical incidents in the software industry due to low-quality software. Software engineers lack security knowledge which causes the development of insecure software. Traditional solutions for analysing code for vulnerabilities suffer from high false positives and negative rates. Researchers over the last decade have proposed mechanisms for analysing code for vulnerabilities using machine learning. The results are promising and could replace traditional static analysis tools or accompany them in the foreseeable future to produce more reliable results. This survey presents the work done so far in vulnerability detection using Graph Neural Networks (GNNs). Presents the GNNs architectures, the graph representations, the datasets, and the results of these studies.
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基于gnn的漏洞预测研究进展
软件产品的大量发布导致了软件行业因低质量软件而发生的重大事件。软件工程师缺乏安全知识,导致开发出不安全的软件。分析代码漏洞的传统解决方案存在较高的误报率和负率。在过去十年中,研究人员提出了使用机器学习分析漏洞代码的机制。结果是有希望的,可以取代传统的静态分析工具,或者在可预见的将来伴随它们产生更可靠的结果。本调查介绍了迄今为止使用图神经网络(gnn)进行漏洞检测的工作。介绍了gnn架构、图表示、数据集和这些研究的结果。
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