But I agree experts should know better when of any solid proof is lacking. Or any proof at all.
Not that "F5 announces attack by state sponsored hackers", "F5 announces attack by nation-state backed hackers", or "F5 announces attack from nationally backed hackers" have to be invalid, particularly since the latter is often what is actually most specifically correct anyways.
If F5 can't do that, what is their actual value proposition?
Finding a way to subvert that authentication or, better yet, bypass it entirely, could put U.S. military networks that can be reached over the public Internet at risk of remote exploitation. Those networks can often also reach other military networks not directly exposed to the public Internet.
It need not be a single point of failure. You can set these things up with redundancy. There's certainly an element of adding risk, your interception box is a big target to do unauthorized interception or tampering; but there's also an element of reducing risk --- you'd be potentially able to see and respond to traffic that would be opaque otherwise.
Yes, so instead of one box with the keys to decrypt all the traffic flowing through the network I'll have multiple boxes that have the ability to decrypt all the traffic. Multiple machines to update and secure and guard against those getting attacked or else everything gets broken.
But in the end of I want Alice to talk to Bob and know they and only them are talking I'd like to guarantee that. Instead companies are spending tons of money and work hours doing Eve's work for her, installing her tools and getting it all nicely configured for when she logs in.
How many times do we have to backdoor our crypto systems to realize we're not building doors for just us but for everyone else as well?
North Korea really does spend a lot of money on this, and so does Russia and China. And US and Israel, for that matter.