it’s a good thing the entirety of https traffic has encrypted headers than…
Regardless, if it’s properly encrypted it doesn’t matter if they have it, and are able to confirm who it’s from, unless we’re talking about a governmental agency or an org with access to one of those mythical quantum computers. In which case it’s probably a significant portion of future security.
TLS already has algorithms hardened against QC. The effects of QC against encryption are greatly exaggerated, anyway. The number of qubits that would be needed to break encryption may be too large to ever be feasible.
Get IPv6 going and stuff like SNI becomes unnecessary.
it’s a good thing the entirety of https traffic has encrypted headers than…
Regardless, if it’s properly encrypted it doesn’t matter if they have it, and are able to confirm who it’s from, unless we’re talking about a governmental agency or an org with access to one of those mythical quantum computers. In which case it’s probably a significant portion of future security.
TLS already has algorithms hardened against QC. The effects of QC against encryption are greatly exaggerated, anyway. The number of qubits that would be needed to break encryption may be too large to ever be feasible.
Get IPv6 going and stuff like SNI becomes unnecessary.