Google has confirmed a critical security vulnerability across Android versions 14, 15 and 16 that requires no user interaction or elevated execution privileges.
A new Android malware has been discovered, and this one can survive even a factory reset. Don't panic just yet, though.
M stolen after six-month DPRK social engineering campaign began fall 2025, exposing Drift’s contributors and cloud assets.
Researchers say a serious Android vulnerability affecting certain MediaTek processors could let attackers bypass your lock ...
Tech Advisor on MSN
Android malware infects over 2.3 million devices – is yours one?
Security experts at McAfee have discovered a new piece of Android malware called NoVoice on Google Play. The malware was ...
Following its recent disclosure of the Coruna exploit chain targeting older iOS versions, the company has now revealed a similar attack believed to be called DarkSword. Here are the details. A few ...
A vulnerability in Qualcomm’s Android Bootloader implementation allows unsigned code to run via the “efisp” partition on Android 16 devices. This is paired with a “fastboot” command oversight to ...
Qualcomm confirmed that fixes for the GBL exploit were provided to Android device makers earlier this month. The exploit, discovered by Xiaomi ShadowBlade Security Lab, was a key component in ...
A new Qualcomm GBL exploit is reportedly affecting Qualcomm SoCs, mainly the latest Snapdragon 8 Elite Gen 5. This enables bootloader unlocking on flagship phones that were previously difficult to ...
Ledger’s white-hat security team said it found a flaw in MediaTek's secure boot chain that can be used to steal sensitive information from certain Android devices. Update (March 19 at 11:51 am UTC): ...
Most people never think about Android security updates until a headline like this appears. Suddenly, your phone, the device you use for messages, banking, photos and work, becomes part of a global ...
Google has released security updates to patch 129 Android security vulnerabilities, including an actively exploited zero-day flaw in a Qualcomm display component. "There are indications that ...
Some results have been hidden because they may be inaccessible to you
Show inaccessible results