Family of search tools will help security teams and pen testers find searchable flaws before bad guys, Stach & Liu researchers say

3 Min Read

Go Google-hack yourself.

No, it's not a curse. It's a bit of advice being prepared by two researchers who will present a new batch of search engine-based hacking tools at the Black Hat USA conference in Las Vegas next month.

Fran Brown and Rob Ragan, both researchers at the consulting firm Stach & Liu, are planning to roll out a series of tools -- dubbed "Diggity" -- that speed the process of finding security vulnerabilities via Google or Bing. The tools are designed to help enterprises "Google hack" themselves to identify potential avenues of attack before the bad guys do.

"We wanted to find a way to bring search engine hacking back into light because it's a pretty effective method of finding vulnerabilities, and we see it being used more and more [by malicious attackers]," Ragan says.

Indeed, just last week, the Stach & Liu researchers offered evidence that the LulzSec hacker group used Google hacking to choose its targets during its run of hacks on the websites and databases of well-known companies and government organizations.

At Black Hat, the researchers will demonstrate how enterprises can use Google hacking tools on themselves to expose flaws in their data and applications that might be found using a search engine. The tools -- each of which carries the name "Diggity" -- enable enterprises to search across multiple domains to identify Google-searchable flaws that might lead to common attacks, such as SQL injection and cross-site scripting.

"You can do this yourself with Google, but you would typically have to do it on one domain at a time, and that can be incredibly time-consuming when you're an enterprise that has hundreds of domains," Brown says.

Brown compares the Diggity tools to an intrusion detection system that searches for known attacks. The Diggity tools combine the databases of known Google and Bing hacks with Foundstone's repository of search engine hacks and Stach & Liu's own database, offering a rich store of known hacks and vulnerabilities.

When the tools identify a potential hack, they can send Google Alerts to the security team, giving the enterprise a chance to tell Google to stop indexing them. This step makes the flaws much more difficult to find while the security team is remediating them, Ragan says. A massive RSS feed compiled by Stach & Liu can be customized so that users of the tools can see the threats most likely to apply to their organizations.

In addition to demonstrating the tools, the Stach & Liu researchers will also offer a look at how Google hacking might have been used in a variety of recent, high-profile hacks. For example, the researchers believe Google hacking was behind the Liza Moon virus, which affected more than 4 million websites, injecting malicious SQL codes into popular websites and redirecting users to sites that deliver malware.

Late last month, the entire user database of Groupon’s Indian subsidiary,, was accidentally published to the Internet, exposing the email addresses and clear text passwords of the site’s 300,000 users. "To put it in perspective, if had been using our tools, they would have gotten an alert via iPhone or Droid and found the vulnerability before anyone else did," Brown says.

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Tim Wilson, Editor in Chief, Dark Reading


Tim Wilson is Editor in Chief and co-founder of Dark, UBM Tech's online community for information security professionals. He is responsible for managing the site, assigning and editing content, and writing breaking news stories. Wilson has been recognized as one of the top cyber security journalists in the US in voting among his peers, conducted by the SANS Institute. In 2011 he was named one of the 50 Most Powerful Voices in Security by SYS-CON Media.

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