利用模糊推理系统检测Web应用程序中的跨站脚本

IF 2 Q3 TELECOMMUNICATIONS Journal of Computer Networks and Communications Pub Date : 2018-08-01 DOI:10.1155/2018/8159548
Bakare K. Ayeni, Junaidu B. Sahalu, Kolawole R. Adeyanju
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引用次数: 6

摘要

随着计算和技术的进步,基于web的应用程序现在在互联网上无处不在。然而,这些web应用程序在信息传输过程中容易出现漏洞,导致机密信息被盗、数据丢失、数据访问被拒绝。跨站点脚本(XSS)是一种网络安全攻击形式,它涉及从不受信任的来源向web应用程序注入恶意代码。有趣的是,最近对web应用程序安全中心的研究主要集中在攻击预防和安全编码机制上;这些攻击的最新方法不仅产生高误报,而且很少考虑经常成为恶意攻击受害者的用户。受此问题的启发,本文描述了一种用于检测web应用程序中的跨站点脚本缺陷的“智能”工具。本文介绍了一种基于模糊逻辑的跨站攻击弱点检测方法,并给出了一些实验结果。我们的检测框架的准确性提高了15%,假阳性率降低了0.01%,这大大低于Koli等人在现有工作中发现的结果。我们的方法也可以作为用户的决策工具。
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Detecting Cross-Site Scripting in Web Applications Using Fuzzy Inference System
With improvement in computing and technological advancements, web-based applications are now ubiquitous on the Internet. However, these web applications are becoming prone to vulnerabilities which have led to theft of confidential information, data loss, and denial of data access in the course of information transmission. Cross-site scripting (XSS) is a form of web security attack which involves the injection of malicious codes into web applications from untrusted sources. Interestingly, recent research studies on the web application security centre focus on attack prevention and mechanisms for secure coding; recent methods for those attacks do not only generate high false positives but also have little considerations for the users who oftentimes are the victims of malicious attacks. Motivated by this problem, this paper describes an “intelligent” tool for detecting cross-site scripting flaws in web applications. This paper describes the method implemented based on fuzzy logic to detect classic XSS weaknesses and to provide some results on experimentations. Our detection framework recorded 15% improvement in accuracy and 0.01% reduction in the false-positive rate which is considerably lower than that found in the existing work by Koli et al. Our approach also serves as a decision-making tool for the users.
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来源期刊
CiteScore
5.30
自引率
5.00%
发文量
18
审稿时长
15 weeks
期刊介绍: The Journal of Computer Networks and Communications publishes articles, both theoretical and practical, investigating computer networks and communications. Articles explore the architectures, protocols, and applications for networks across the full spectrum of sizes (LAN, PAN, MAN, WAN…) and uses (SAN, EPN, VPN…). Investigations related to topical areas of research are especially encouraged, including mobile and wireless networks, cloud and fog computing, the Internet of Things, and next generation technologies. Submission of original research, and focused review articles, is welcomed from both academic and commercial communities.
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