Security Analytics For Heterogeneous Web

R. Padmanaban, M. Thirumaran, V. Sanjana, A. Moshika
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Abstract

In recent days, Enterprises are expanding their business efficiently through web applications which has paved the way for building good consumer relationship with its customers. The major threat faced by these enterprises is their inability to provide secure environments as the web applications are prone to severe vulnerabilities. As a result of this, many security standards and tools have been evolving to handle the vulnerabilities. Though there are many vulnerability detection tools available in the present, they do not provide sufficient information on the attack. For the long-term functioning of an organization, data along with efficient analytics on the vulnerabilities is required to enhance its reliability. The proposed model thus aims to make use of Machine Learning with Analytics to solve the problem in hand. Hence, the sequence of the attack is detected through the pattern using PAA and further the detected vulnerabilities are classified using Machine Learning technique such as SVM. Probabilistic results are provided in order to obtain numerical data sets which could be used for obtaining a report on user and application behavior. Dynamic and Reconfigurable PAA with SVM Classifier is a challenging task to analyze the vulnerabilities and impact of these vulnerabilities in heterogeneous web environment. This will enhance the former processing by analysis of the origin and the pattern of the attack in a more effective manner. Hence, the proposed system is designed to perform detection of attacks. The system works on the mitigation and prevention as part of the attack prediction.
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异构Web的安全分析
最近,企业正在通过web应用程序高效地扩展业务,这为与客户建立良好的消费者关系铺平了道路。这些企业面临的主要威胁是它们无法提供安全的环境,因为web应用程序容易出现严重的漏洞。因此,许多安全标准和工具一直在发展以处理这些漏洞。虽然目前有许多可用的漏洞检测工具,但它们不能提供有关攻击的足够信息。对于组织的长期运作,需要数据以及对漏洞的有效分析来增强其可靠性。因此,提出的模型旨在利用机器学习和分析来解决手头的问题。因此,通过PAA模式检测攻击序列,并进一步使用SVM等机器学习技术对检测到的漏洞进行分类。提供了概率结果,以便获得可用于获取用户和应用程序行为报告的数值数据集。基于支持向量机分类器的动态可重构PAA是一项具有挑战性的任务,需要对异构web环境下的漏洞及其影响进行分析。这将通过更有效地分析攻击的来源和模式来增强前一种处理。因此,所提出的系统被设计为执行攻击检测。该系统将缓解和预防作为攻击预测的一部分。
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