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Asus, Gigabyte Motherboard and Graphics Card Drivers Found to Have Security Vulnerabilities

Asus, Gigabyte Motherboard and Graphics Card Drivers Found to Have Security Vulnerabilities 6m6o5x

By Jamshed Avari | Updated: 21 December 2018 13:36 IST

Highlights

A security research firm has found flaws in Asus and Gigabyte's drivers
Utilities to control RGB LEDs, overclocking and performance are affected
Neither company took adequate steps to fix the problems despite warnings

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Security research firm SecureAuth has discovered multiple serious vulnerabilities in drivers distributed with various Asus and Gigabyte hardware components, which could give remote attackers the ability to execute code on a victim's PC. The drivers are used by software utilities to let s control various features that these manufacturers implement, including RGB LED lighting effects, overclocking, fan speed controls, and performance monitoring. SecureAuth researcher Diego Juarez is credited with discovering these problems. The company says it ed both Asus and Gigabyte starting in November 2017 and April 2018 respectively, but the companies have not done enough to mitigate the problems in their software and drivers. 2b64h

In the case of major feature of both PC components and peripherals over the past two years. SecureAuth has published proofs of concept for three separate problems that can be used to execute arbitrary code with elevated privileges.

Asus has reportedly fixed one of the bugs but the other two are still exploitable, but has claimed that all three have been addressed. A timeline published by SecureAuth shows that it logged a number of attempts to Asus, with little success.

Gigabyte's vulnerabilities relate to the GPCIDrv and GDrv drivers that are installed by its desktop monitoring and overclocking software for motherboards and graphics cards. The affected programs are called Gigabyte App Center, Aorus Graphics Engine, Xtreme Gaming Engine, and OC Guru II. The low-level kernel drivers they install communicate with the hardware in question to monitor its status and implement configuration changes. In this case, SecureAuth found four problems including one that allows untrusted code to read or write to areas of system memory that are meant to be restricted to security-privileged processes.

The company's communications this case shows that Gigabyte simply denied that its products are affected by these flaws. The proofs of concept supplied by SecureAuth were able to cause system crashes and reboots because they were not designed to be malicious, only illustrate how the flaws work.

The research firm has now published its knowledge of these flaws because enough time has ed since the companies stopped responding and it deemed a public advisory necessary. SecureAuth points out that it has not tested every version of all the software these companies release, or similar software from other vendors, which could also just as easily be insecure.

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