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A Web Content Analytics Architecture for Malicious JavaScript Detection

Authors

JongHun Jung, Chae-tae Im, Soojin Yoon, hcbae, Korea Internet & Security Agency, Korea

Abstract

Recent web-based cyber attacks are evolving into a new form of attacks such as private information theft and DDoS attack exploiting JavaScript within a web page. These attacks can be made just by accessing a web site without distribution of malicious codes and infection. Script-based cyber attacks are hard to detect with traditional security equipments such as Firewall and IPS because they inject malicious scripts in a response message for a normal web request. Furthermore, they are hard to trace because attacks such as DDoS can be made just by visiting a web page. Due to these reasons, it is expected that they could result in direct damages and great ripple effects. To cope with these issues, in this article, a proposal is made for techniques that are used to detect malicious scripts through real-time web content analysis and to automatically generate detection signatures for malicious JavaScript.

Keywords

Script-based Cyber Attacks; Forward-Proxy Server; Malicious Java Script API; Deep Content Inspection; API Call Trace.

Full Text  Volume 5, Number 2