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Severe Bluetooth security bug found on Linux. Intel is downplaying the danger, and experts are alarmed
Google experts have discovered a vulnerability in a Bluetooth software stack such as BlueZ in almost all Linux versions. This means that hundreds of millions or even billions of devices and products in the world were vulnerable. Android, fortunately, has its own Bluetooth stack, but computers and devices on Linux and Chrome OS distributions were at risk of external hostile influences.
BlueZ stack supports all major Bluetooth protocols and layers. It is developed by Qualcomm and is today overseen by a group of companies led by Intel. The stack is available for Linux kernel version 2.four.6 and up. According to Intel, a set of three new vulnerabilities, dubbed BleedingTooth, “only” leads to information disclosure and a change in the privilege level on the target device. The company also claims that the latest version of Linux 5.9 closed to this vulnerability.
According to well-known Linux kernel developer Matthew Garrett on Twitter, Intel is not telling the truth when it claims that Linux 5.9 closed all paths to vulnerability through the hole in BlueZ. He was also outraged by the fact that the developers of Linux distributions were not notified of the problem before the publication of Intel’s report on the discovered hole and could not prepare the appropriate patches.
Intel just disclosed a bunch of Linux Bluetooth vulnerabilities (https: // t.co / B5G5Oxrnr5), but:
1) Despite claiming the fixes are in 5.9, they aren’t
2) Distributions weren’t notified so didn’t have backported patches ready to release
– Matthew Garrett (@ mjg59) October 14, 2021
It is relatively easy to implement the discovered vulnerability, although for this it is necessary to meet a number of conditions, the organization of which may not be up to an attacker with a lack of experience. The simplest thing is that you need to be within the range of the Bluetooth transmitter of the attacked device, and it must be activated. Importantly, no preliminary pairing with the device under attack is needed, just like any actions of the victim are not needed – clicking on links, opening files, etc.
To attack, you need to know the MAC address of the victim’s device. You can determine it when “listening to the air” programs for traffic analysis. All this allows the attacker, without authorization and any actions of the victim, to send her specially designed Bluetooth packets and execute the program code on the device at the level of the Linux kernel. Agree, this is weakly consistent with Intel’s relaxed message about the dangers of privilege level changes and information disclosure.
As the researchers identified and showed in the exploit example (video above), the BlueZ stack vulnerability has been discovered since Linux 4.eight. This applies to Debian distributions, RHEL (starting from 7.4, but this may change), SUSE, Ubuntu and Fedora. Intel-provided patches went into linux-next, not Linux 5.9, so fixes should wait a bit longer.