There are levels to defending against physical attacks, and Flock half-assed theirs by leaving the encryption key right on the file system, according to the reporting. Those more serious about security — like Apple — store keys in an "enclave" chip so it can't be easily extracted by an attacker doing the bare minimum
Apple did that… eventually. Early iPhones weren’t very secure. Apple only got serious after they dominated the market and reducing the theft value of iPhones became a priority.
Even the cheapest commodity encryption chips have had this capability for well over a decade now, Unlike Apple, Flock are not a hardware pioneer, not by a long shot.
The Android documentation has an example of how to use hardware keys, and a Chinese OEM (IIRC) was found using the example key provided by Android sample code - and yet that was more effort than Flock applied, since their ARM SoC support it.
There are levels to defending against physical attacks, and Flock half-assed theirs by leaving the encryption key right on the file system, according to the reporting. Those more serious about security — like Apple — store keys in an "enclave" chip so it can't be easily extracted by an attacker doing the bare minimum
Apple did that… eventually. Early iPhones weren’t very secure. Apple only got serious after they dominated the market and reducing the theft value of iPhones became a priority.
Even the cheapest commodity encryption chips have had this capability for well over a decade now, Unlike Apple, Flock are not a hardware pioneer, not by a long shot.
The Android documentation has an example of how to use hardware keys, and a Chinese OEM (IIRC) was found using the example key provided by Android sample code - and yet that was more effort than Flock applied, since their ARM SoC support it.