Earlier quoted context omitted.
Agreed. This looks from the outside like someone read a report, got unnecessarily spooked, and now the rest of the herd is following along. But it's also very possible that hypothetical report was genuinely concerning. We just haven't seen it or anything like it. However I'm pretty firmly in the "quantum computing won't be doing anything useful any time soon, if ever" camp, so that definitely colors my opinions. I do…
Would anyone downvoting care to explain? I'm genuinely interested in seeing anything that suggests there's either some secret breakthrough (completely plausible, but there's no evidence that I've seen hint of) making quantum computers actually useful, or an argument that they'll be usable by (say) 2050? Because right now my attitudes are trained by things like this https://algassert.com/post/2500 that explain just wh…
Not because we expect a workable quantum computer by 2030 (current estimates are around 2035-2040), but because stuff survives for decades in large enterprises (especially if it touches hardware in any way. Think OT, think controllers for all kinds of machines).
Now that PQC is standardized, there's no gain not to demand it (it's basically a demand to use a current openSSL/libreSSL/$library), but not demanding it now will cause a major headache once/if quantum computers work.
TLS connection speed matter only for a very tiny niche of applications; those will choose according to their needs. For the general case, it just doesn't matter.
If your threat model includes store-now-decrypt-later, you should have been demanding PQC for years.