Web applications are becoming more ubiquitous. All manner of physical devices are now connected and often have a variety of web applications and web-interfaces. This proliferation of web applications has been accompanied by an increase in reported software vulnerabilities. The objective of this analysis of vulnerability data is to understand the current landscape of reported web application flaws. Along those lines, this work reviews ten years (2011 - 2020) of vulnerability data in the National Vulnerability Database. Based on this data, most common web application weaknesses are identified and their profiles presented. A weakness ontology is developed to capture the attributes of these weaknesses. These include their attack method and attack vectors. Also described is the impact of the weaknesses to software quality attributes. Additionally, the technologies that are susceptible to each weakness are presented, they include programming languages, frameworks, communication protocols, and data formats.
翻译:各种物理设备现在都连接起来,往往有各种网络应用程序和网络界面。网络应用程序的这种扩散伴随着报告的软件脆弱性的增加。对脆弱性数据的分析的目的是了解报告的网络应用程序缺陷的现状。按照这些思路,这项工作对国家脆弱性数据库中的脆弱性数据进行了十年(2011-2020年)的审查。根据这些数据,查明了大多数常见的网络应用程序弱点并提供了它们的概况。开发了一个弱点本体学来捕捉这些弱点的特征,包括攻击方法和攻击矢量。还描述了这些弱点对软件质量属性的影响。此外,还介绍了易受每个弱点影响的技术,包括编程语言、框架、通信协议和数据格式。