Police Body Cameras Come With Pre-Installed Malware
An anonymous reader writes: The old Conficker worm was found on new police body cameras that were taken out of the box by security researchers from iPower Technologies. The worm is detected by almost all security vendors, but it seems that it is still being used because modern day IoT devices can't yet run security products. This allows the worm to spread, and propagate to computers when connected to an unprotected workstation. One police computer is enough to allow attackers to steal government data. The source of the infection is yet unknown. It is highly unlikely that the manufacturer would do this. Middleman involved in the shipping are probably the cause.
Now that's socially responsible.
The shepherds did so well protecting the flock that the sheep no longer believed that wolves existed.
While I'll grant the manufacturer isn't likely to DELIBERATELY infect things, my first assumption is that the manufacturer simply has terrible security and the worm made it into the master image for all their devices.
Never assume malice where stupidity is a viable explanation.
A thousand pounds of wood moving at 300 feet per minute. Don't get in the way.
> but who benefits from a hack on body cameras?
Computer "cracking" can only occasionally be traced this way, when the crack is specific. There are _so many_ potential sources of this crack that it's not likely to be fruitful. They range from competent, targeted attacks on that specific vendor's products to gain advance knowledge of specific police departments, to NSA or other international intelligence agency style, to "Anonymous" or the older "Legion of Doom" style crackers counting coup on police security systems, to drug dealers with a gifted member or able to pay a competent cracker to plant ubiquitous monitoring on their local police department this way.
There are too many potential candidates to isolate any of them.
So what is the IoT angle here? As far as I can tell the malware was placed on the drive of the bodycam as a file (it's the only infection vector that makes sense in this case), and that can happen to any USB drive. While I'm sure it's possible to design a worm that can infect IoT devices, this doesn't seem to be an example of one.
I used to work for TomTom, who have also delivered new devices preloaded with malware, and it's quite common to find infected computers in the factories. TT devices had a USB mass storage mode and that's what was being infected. Wouldn't surprise me at all if that's what was happening in this case too...