DoS vulnerability hits Google's Chrome, crashes with all tabs
Whoa! Google Chrome has crashed. Restart now? While Google's Chrome team is cheering, Rishi Narang from Evil Fingers is typing and releasing a proof of concept for a denial of service vulnerability that is successfully crashing the Chrome browser with all tabs.
Whoa! Google Chrome has crashed. Restart now? While Google's Chrome team is cheering, Rishi Narang from Evil Fingers is typing and releasing a proof of concept for a denial of service vulnerability that is successfully crashing the Chrome browser with all tabs. According to Narang's advisory :
"An issue exists in how chrome behaves with undefined-handlers in chrome.dll version 0.2.149.27. A crash can result without user interaction. When a user is made to visit a malicious link, which has an undefined handler followed by a 'special' character, the chrome crashes with a Google Chrome message window "Whoa! Google Chrome has crashed. Restart now?". It crashes on "int 3" at 0x01002FF3 as an exception/trap, followed by "POP EBP" instruction when pointed out by the EIP register at 0x01002FF4."
Nothing's impossible the impossible just takes a little longer.
Whenever a new product is in its introduction stage, it would logically attract a lot of attention from security researchers trying to a make a point that it's vulnerable, and that some of the vulnerabilities are pretty trivial. For instance, yesterday David Maynor from Errata Security pin pointed possibilities for exploitation in Google's Chrome, saying that :
"Google just released Chrome, their own web browser. We decided to run it through Looking Glass and it doesn't look half bad. They at least have ASLR enabled on a few of their libraries, no NX though. Chrome is not as bad as some apps I have seen but that is not saying much."
What's important though, is whether or not the browser release would also start attracting the attention of cybercriminals.
Being anything but old-fashioned, they too do their homework and take into consideration the market share of a particular browser in order to increase the impact of exploiting it. Consequently, for the time being the level of exploitability of Google's Chrome is right after Opera's from the perspective of the malicious attacker taking into consideration Chrome's non-existent market share.
Would the level of exploitability change? In the fist quarter of 2009, Google would presumably release stats of the number of people who downloaded Chrome, demonstrating nothing else but the introduction stage of their browser. The question is, how many of those who downloaded it would actually stick with it, and would companies embrace it if it does gets popular enough, potentially increasing the exploitability level of any upcoming vulnerabilities?