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It's encrypted using the T2 chip (with a key that can't be extracted) so I'm not sure what value getting a copy of the SSD would be. The 2016 MBP did not have t
by jonknee 8y ago
It's encrypted using the T2 chip (with a key that can't be extracted) so I'm not sure what value getting a copy of the SSD would be. The 2016 MBP did not have this encryption.
- userbinator 8y agowith a key that can't be extracted I'm pretty sure it can, just that the methods are (currently) beyond the reach of DIYers. Besides, there's probably easier ways... like tapping into the decrypted data. Like any classic DRM scheme, if you have the key and the algorithm, you can get the content. That does not make it easy, but it can certainly be done with enough effort.
- jonknee 8y ago> I'm pretty sure it can, just that the methods are (currently) beyond the reach of DIYers. That would be very huge news worth many millions of dollars as it's the critical piece of iOS device security.
- TillE 8y agoHaven't people extracted keys from TPM chips with electron microscopes? I don't know if the T2 is fundamentally different in some way which would render it immune to such analysis.
- selectodude 8y ago>Haven't people extracted keys from TPM chips with electron microscopes? Once, with one brand, in 2010. And it took 9 months.
- solarkraft 8y agoThat sounds like much to me, with a 2018 mindset. Is it not pretty easy to read out a chip nowadays, even at low double digit nanometer levels?
- userbinator 8y agoSomething "worth many millions of dollars" will most certainly be kept very quiet by the repair industry, since it can provide recurring revenue (until someone else discovers and reports it to Apple) to an otherwise extremely repair-hostile ecosystem. Bug bounties are a one-time deal that otherwise gives no advantage to the reporter, but unlocking services are not. These people are certainly not looking for a pat on the back from Apple or wanting to make its devices more difficult to repair.
- deleted 8y ago[deleted]