On a regular basis we profile various DIY (do it yourself) releases offered for sale on the underground marketplace with the idea to highlight the re-emergence of this concept which allows virtually anyone obtaining the leaked tools, or purchasing them, to launch targeted malware attacks.
Can DIY exploit generating tools be considered as a threat to the market domination of Web malware exploitation kits? What’s the driving force behind their popularity? Let’s find out by profiling a tool that’s successfully generating an exploit (CVE-2013-0422) embedded Web page, relying on malicious Java applets.
Just as we anticipated on numerous occassions in our series of blog posts exploring the emerging DIY (do it yourself) trend within the cybercrime ecosystem, novice cybercriminals continue attempting to steal market share from market leaders, in order for them to either gain credibility within a particular cybercrime-friendly community, or secure a revenue stream.
Throughout 2012, we’ve witnessed the emergence of both, publicly obtainable, and commercially available, DIY unsigned Java applet generators. Largely relying on social engineering thanks to their built-in feature allowing them to “clone” any given Web site, these tools remain a popular attack vector in the arsenal of the less sophisticated cybercriminal, looking for ways to build his very own botnet.
In this post, I’ll profile one of the most recently released DIY tools.
Despite the fact that on the majority of occasions cybercriminals tend to rely on efficient and automated exploitation techniques like the ones utilized by the market leading Black Hole Exploit Kit, they are no strangers to good old fashioned ‘visual social engineering’ tricks. Throughout 2012, we emphasized on the emerging trend of using malicious DIY Java applet distribution tools for use in targeted attacks, or widespread campaigns.
Is this still an emerging trend? Let’s find out. In this post, I’ll profile one of the most recently released DIY Java applet distribution platforms, both version 1.0 and version 2.0.
Who said there’s such a thing as a trusted Java applet?
In situations where malicious attackers cannot directly exploit client-side vulnerabilities on the targeted host, they will turn to social engineering tricks, like legitimate-looking Java Applets, which will on the other hand silently download the malicious payload of the attacker, once the user confirms he trusts the Applet.
Let’s profile a DIY (do-it-yourself) malicious Java Applet generator currently available for download at selected cybercrime-friendly online communities: