Google Patches 81 Android Vulnerabilities With September 2017 Updates

A total of 81 security vulnerabilities have been addressed in this month’s set of security patches for the Android platform. 13 of the flaws were rated Critical severity.

The security bulletin has two security patch levels, each focused on addressing vulnerabilities in specific components.

The 2017-09-01 security patch level fixes a total of 30 vulnerabilities, 10 of which are rated Critical severity, 15 High risk, and 5 Medium severity. Affected Android iterations range from version 4.4.4 to 8.0, but only some vulnerabilities impact all platform releases.

The most affected component was media framework, with 24 vulnerabilities addressed in it, including 10 rated Critical severity, all remote code execution flaws. 10 other bugs were rated High risk, including one remote code execution, 4 elevation of privilege, and 5 denial of service issues.

The remaining 4 bugs are considered Moderate risk. Three of them, however, have a Medium risk rating only when affecting Android versions 7.0, 7.1.1, 7.1.2, or 8.0. When impacting platform releases older than 7.0, they are considered High severity, Google’s advisory reads.

As part of the 2017-09-01 security patch level, Google also addressed a High risk elevation of privilege flaw in Framework, three High risk (2 remote code execution and one elevation of privilege) issues in Libraries, one High severity denial of service bug in Runtime, and one Moderate elevation of privilege bug in System.

Tracked as CVE-2017-0780, the denial of service vulnerability in Runtime affects Nexus and Pixel devices and allows an attacker to remotely crash a victim’s Android Messages app by sending a malformed multimedia message (MMS), Trend Micro reveals. If the bug is triggered, the app can’t recover even if the device is rebooted.

The bug resides in unhandled, Java-level Null Pointer Exceptions (NPEs) in the process of parsing Graphic Interface Format (GIF) files in the messaging app. An attacker looking to exploit the bug needs to know the phone number of the victim they want to send the malicious GIF to.

A total of 51 vulnerabilities were resolved as part of the 2017-09-05 security patch level, but only three of them were rated Critical.

Qualcomm components emerge as the most impacted, with 21 vulnerabilities resolved in them, including 1 Critical remote code execution bug, 4 High risk flaws (1 information disclosure and 3 elevation of privilege), and 16 Moderate severity bugs (11 elevation of privilege and 5 information disclosure).

A total of 8 vulnerabilities were addressed in Broadcom components, including a Critical remote code execution bug, a High severity elevation of privilege issue, and five Moderate flaws (4 elevation of privilege and 1 information disclosure). Only one High severity information disclosure bug was addressed in Imgtk components.

The 2017-09-05 security patch level also resolves 11 flaws in Kernel components, including 1 Critical remote code execution, 7 High risk issues (3 elevation of privilege, 3 information disclosure and 1 denial of service), and 3 Moderate bugs (2 elevation of privilege and 1 information disclosure).

As part of this month’s set of patches, 10 vulnerabilities were resolved in MediaTek components, including 7 High risk bugs and 3 Medium severity. All of these flaws were elevation of privilege issues.

All Google devices will receive the 2017-09-05 security patch level, which addresses all vulnerabilities included in that patch string level and the previous patch string levels. However, the patches will be delivered to these devices as part of the upgrade to Android 8.0 Oreo, Google said.

Credit: SecurityWeek

Post Author: Churchill Aribodor

Churchill Aribodor is a cyberseurity and management systems expert. He is passionate about cybersecurity and devotes a lot of time raising awareness on secure cyberspace for the good of all. He has consulted, audited and trained professionals in this area. He is a rounded ICT thought leader covering people, process and technology. He can be reached through arihills@hotmail.com

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