Google has filed a lawsuit against the operators of a what is believed to be the largest smart TV botnet in the world — BadBox 2.0. The company said in its complaint that this China-based botnet had ...

The FBI has recommended that Android users should be on the lookout for a number of potential clues that your ...

Google has announced legal action against the operators of the BadBox 2.0 botnet, a sophisticated malware network that has infected millions of Android devices worldwide.

HOUSEHOLDS have been warned against buying cheap gadgets online that may come pre-installed with dangerous malware. As many as 10 million devices have been affected, according to a recent security ...

An urgent warning has been issued to Android users that millions of devices have been infected with the 'BadBox malware' ...

A worrying new Android attack has left around 10 million devices infected with a scary malware - check yours is not on this list.

Google has filed a lawsuit against the anonymous operators of the Android BadBox 2.0 malware botnet, accusing them of running a global ad fraud scheme against the company's advertising platforms.

BadBox malware infects Android devices, compromising their security and stealing sensitive data, despite initial thoughts that it was dead.

BADBOX 2.0 is a sprawling botnet targeting Android Open Source Project (AOSP) devices—not certified Android TV gear—and it's converting them into residential proxies for cybercrime.

A new variant of the BADBOX malware campaign has taken root in over a million Android-based devices worldwide, and if you’ve picked up a cheap smart TV box or projector off Amazon or AliExpress ...

Criminals exploit Internet of Things (IoT) devices connected to home networks to conduct criminal activity, the statement reads. They do so by using the BadBox 2.0 botnet, which turns Android ...

BADBOX was first discovered in 2023 and disrupted in 2024, but the new 2.0 version has resurfaced with more advanced techniques, according to the FBI. It continues to exploit Android-based devices ...