In just 24 hours, 5,000 Android devices are conscripted into mining botnet(arstechnica.com)
arstechnica.com
In just 24 hours, 5,000 Android devices are conscripted into mining botnet
https://arstechnica.com/information-technology/2018/02/out-of-nowhere-currency-mining-botnet-infects-5000-android-devices/
3 comments
> So far, the attackers have generated 0.0171757089 XMR, which at current prices is worth about $3.
Anyone care to guess how this is done?
The only way to open up ADB over a wireless connection is to set the device in tcpip mode on port 5555 and then connect via adb using the device's IP and the mentioned port.
However, adb is not shipped on Android devices (though adbd is). How is it that a malicious device can install an application on another device as claimed by the article?
The only way to open up ADB over a wireless connection is to set the device in tcpip mode on port 5555 and then connect via adb using the device's IP and the mentioned port.
However, adb is not shipped on Android devices (though adbd is). How is it that a malicious device can install an application on another device as claimed by the article?
My (possibly un-educated) guess is that these particular infected devices are insecure out of the factory, with these ports open and debugging enabled.
It's not unheard of for certain shoddy Chinese electronics to have glaring security holes out-of-the-box, and a lot of these types of botnets go after insecure IoT devices. A decent section of the IoT market uses Android, and it wouldn't surprise me if these ports are left open with the debugging installed.
It's not unheard of for certain shoddy Chinese electronics to have glaring security holes out-of-the-box, and a lot of these types of botnets go after insecure IoT devices. A decent section of the IoT market uses Android, and it wouldn't surprise me if these ports are left open with the debugging installed.