Quote:
This worm starts by searching its local network, as well as a number of IP address ranges, for available devices to infect. The address ranges it scans include those of ISPs in the Netherlands, Portugal, Hungary, Australia, and if an appropriately unprotected iPhone is found, the worm can copy itself to these devices.
When active on an iPhone, the iBotnet worm changes the root password for the device (from alpine to ohshit), in order to prevent users from later changing that password themselves. It then connects to a server in Lithuania, from which it downloads new files and data, and to which it sends data recovered from the infected iPhone. The worm sends both network information about the iPhone and SMSs to the remote server. It is capable of downloading data, including executables that it uses to run and carry out its actions, as well as new files, providing botnet capabilities to infected devices. (A botnet is a network of infected computers or devices that can be controlled by hackers to attack other computers, serve malware, send spam, serve pages or images, and much more.)
The worm also gives each infected iPhone a unique identifier; this to be able to reconnect easily to any iPhones on which valuable information is found, but also to ensure that only infected iPhones can connect to the server. Finally, it changes an entry in the iPhones /etc/hosts file for a Dutch bank web site, to lead Dutch users who connect to this bank site to a bogus site, presumable to harvest user names and passwords.