基于本体的web应用安全入侵检测系统

H. A. Karande, Shyam S. Gupta
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引用次数: 9

摘要

有效的网络安全实践是语义网成功的关键。授权、完整性和隐私的安全措施将满足网络上数据的存储和维护。本体被强烈推荐用于web服务的安全性。许多安全参数被嵌入到OWL-S中。映射到本体的安全模型似乎非常有效。本文演示了基于本体的web应用安全入侵检测系统。从链接和脚本中获取信息的上下文是所建议系统的前提。提出的IDS本体模型可以检测特定于协议的攻击,也可以识别恶意脚本。该模型确定了其中的攻击类型和漏洞。利用KDD99入侵检测预测模型数据集,对局域网的TCP转储数据进行了评估。本体模型的设计采用protp -日新月异的技术。我们的本体模型建立了攻击与网络之间的语义关系。实验结果表明,该模型具有较高的检测率和较低的误报率。
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Ontology based intrusion detection system for web application security
Effective web security practices are key to the success of the Semantic Web. Security measures of authorization, integrity and privacy are to be catered for storage and maintenance of data on the web. Ontology is being highly recommended for security of web services. Many security parameters are being embedded in OWL-S. Security models mapped to ontology seem to be very effective. This paper demonstrates ontology based intrusion detection system for web application security. Context capture of information from links and scripts is the premise of the proposed system. The proposed IDS ontological model detects protocol specific attacks as well identifies malicious scripts. This model identifies types of attacks and vulnerabilities therein. A TCP dump of data on LAN was acquired and evaluated against KDD99 intrusion detection predictor model dataset. Ontology model was designed using Protégé. Our ontology model establishes semantic relationship between attacks and networks. The experimental results showed our model has improved detection rate and low rate of false positives.
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