Yep. And it's also a DNS registrar.
It's actually pretty difficult to enumerate all trusted CAs (or even just what organizations are running CAs). Certificate Transparency certainly helps there, but it's not fully required, and doesn't solve all problems.…
Basically, only the root record parsing is done in JS and then passed to unbound for resolution. Though it is possible to run a pure JS resolver, it's not really recommended. There's also a more portable authoritative &…
The problem with this method is that it requires a side channel. This is the real beauty of public key cryptography, you can negotiate a secure channel over an open channel. (*Authentication sold separately)
No, Hangouts works great for this outside of the US. I use it in New Zealand all the time.
1) https://play.google.com/store/apps/details?id=mobi.beyondpod
https://tip.golang.org/src/crypto/tls/cipher_suites.go#L75
Actually, this made a lot more sense to me. (I guess I really am a math major!)
Yep. And it's also a DNS registrar.
It's actually pretty difficult to enumerate all trusted CAs (or even just what organizations are running CAs). Certificate Transparency certainly helps there, but it's not fully required, and doesn't solve all problems.…
Basically, only the root record parsing is done in JS and then passed to unbound for resolution. Though it is possible to run a pure JS resolver, it's not really recommended. There's also a more portable authoritative &…
The problem with this method is that it requires a side channel. This is the real beauty of public key cryptography, you can negotiate a secure channel over an open channel. (*Authentication sold separately)
No, Hangouts works great for this outside of the US. I use it in New Zealand all the time.
1) https://play.google.com/store/apps/details?id=mobi.beyondpod
https://tip.golang.org/src/crypto/tls/cipher_suites.go#L75
Actually, this made a lot more sense to me. (I guess I really am a math major!)