3 ms·
Can't you? Seems like the kind of problem you can point an electron microscope at, and perhaps some very high precision laser cutting. In any case, I imagine if
by lazaroclapp 11y ago
Can't you? Seems like the kind of problem you can point an electron microscope at, and perhaps some very high precision laser cutting. In any case, I imagine if you are willing to spend resources on it, you could read the on-chip memory somehow and start cryptoanalysing that.
Against a sufficiently capable adversary, tamper-resistance is never infalible, but good crypto can be.
- OJFord 11y ago> Against a sufficiently capable adversary, tamper- > resistance is never infalible, but good crypto can be. Nonsense, it all comes back to "sufficiently capable", every time. To a sufficiently capable adversary, _all_ crypto is just "mere security by obscurity". "Oh, mwa-haha, they obscured their password amongst these millions of possible combinations, thinking it gave them security - how quaint. Thankfully I'm sufficiently capable.", she'll say.