overview
Google has recently released a security update to address CVE-2024-32896, a privilege escalation flaw in the Android framework. This flaw is under active exploitation and could allow an attacker to locally escalate privileges inside a victim’s phone.
There a currently no details as to how exactly this vulnerability is being exploited, but what is known is that this vulnerability impacts the entire Android ecosystem, not simply the version on Google Pixel phones.
The one piece of good news is that an attacker requires physical access to the device in order to take advantage of this flaw, meaning users can exercise precautionary measures to protect themselves.
Despite the physical access requirement, Android users are still urged to update their phones as soon as possible, since physical access can be obtained in ways that may not be immediately obvious.
IOCs ADDED TO OUR THREAT FEEDS
At this time, there are no known IoCs associated with this threat. Avertium remains vigilant in locating IoCs for our customers. Should any be located, Avertium will disclose them as soon as possible. For more information on how Avertium can help protect your organization, please reach out to your Avertium Service Delivery Manager or Account Executive.
TTPs TO MONITOR
Exploiting vulnerabilities such as CVE-2024-32896 will require some measure of targeted social engineering. Since physical access means root access any almost every device, users must be their own protectors, taking care to always maintain positive control over their mobile devices.
Examples of ways an attacker might attempt to engineer a phone or tablet away from the target are listed below.
The attacker creates a plausible scenario (or pretext) to gain the victim's trust. For instance, an attacker may pose as a customer service agent from a company and claim they need your phone access to troubleshoot an issue, update software, or confirm your identity. By using this pretext, they may persuade you to download malicious apps or give them access to your phone.
This involves an attacker offering something of value (like free mobile data, services, or app features) in exchange for certain actions, such as installing an app or granting permissions that compromise the phone's security. These apps or actions might be designed to install malware or open vulnerabilities in the device.
Public charging stations can sometimes be compromised. Attackers modify the USB ports or cables to either install malware on your phone or steal data when you connect your device. Social engineering plays a role by convincing the user that the charging station is safe to use.
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