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These are 128-bit cryptographically secure numbers that rely on thoroughly battle tested primitives. There is absolutely no way a compliant implementation would
by Reelin 6y ago
These are 128-bit cryptographically secure numbers that rely on thoroughly battle tested primitives. There is absolutely no way a compliant implementation would generate a noticeable number of collisions unless the underlying keys themselves were the same.
(And I would certainly expect that Apple and Google are capable of generating the underlying keys in a cryptographically secure manner.)
- unnouinceput 6y ago"These are 128-bit cryptographically secure numbers that rely on thoroughly battle tested primitives". Oh, wow! So that's like 128 / 8 => 16 bytes? As in 16 ASCII characters? And what crypto has to do with them anyway in this context? Do explain please, I'd love to hear that. And also tell me about those primitives as well, I really need to hear their names. If dang didn't warned me already not to feed the trolls in the past I'd say that you're full of "you know what", but since he did I'll just stop here