I doubt they would cost the same as regular iPhones.
You swap it physically for the target's phone on the table, netting you the target device.
Moments later, when they pick up a phone that looks just like their own and enters a PIN several times, you now have both their phone (from when you swapped it) and the PIN to unlock it (from the broadcast), allowing you full use of the device, offline, at your leisure. The target is now confused why their phone isn't unlocking, and may not detect the attack for hours.
Apple really should put these audit devices in a big, boxy, couldn't possibly-be-mistaken-for-an-iPhone case.
You might as well let the user in while you’re at it, so it’s truly undetectable.
> Apple really should put these audit devices in a big, boxy, couldn't possibly-be-mistaken-for-an-iPhone case.
Someone in Shenzhen is spinning up their CNC machine as you speak to change that to “you could probably show it to a Genius and they wouldn’t be able to tell at a glance”.
I was thinking that the board might need to be larger, too, to make sure it couldn’t easily be transplanted.
Wouldn't that be costly from an assembly perspective? Economies of scale and all that.
Idk, this all seems much too spy-novel-esque for me. You could also install a hidden camera in the victim's room, or modify the phone to capture the video-out signal.
It sounds like a spy novel because spies spy on people who use regular, everyday hardware. A rooted iPhone is an extremely useful tool to that end.
Do you know of any instances where this happened with devices that can be rooted? (Computers, most Android phones, iPhones vulnerable to Checkm8)
The leveraging of Android malware for espionage (corporate and military both) is well-documented in the media.