They meant "single basket". It's not a good idea to mix your password manager with your 2FA. It might only take 1 breach in 1 service for your accounts to be unlocked by malicious actors, instead of 2 breaches in 2 separate services.
Is it because of the "Host" HTTP header? I always thought it was optional, since the IP address and port were handled by the network and transport layers respectively. Turns out it's required to resolve between different virtual hosts in the same server. Today I Remembered (TIR?) that virtual hosts are a thing...
Is there anything else that might indicate the domain name in the handshake connection?
I don't get it... How does this protect anything? If we want our packets to reach a web server, we need to write the server's IP address on them. If a snooper has the IP, can't they just lookup the domain name from a DNS server? Or is that not a service DNS provides?
If the IP address is encrypted, how will the routers know where to send the packets? Only solution I can think of would be onion routing... Am I wrong??
They meant "single basket". It's not a good idea to mix your password manager with your 2FA. It might only take 1 breach in 1 service for your accounts to be unlocked by malicious actors, instead of 2 breaches in 2 separate services.
With enough quantum tunneling, anything is possible!
"Blows up blender with mind"
Phrasing...
I want to argue with this, but it makes too much sense
I am hilarious and you will quote everything I say
I see eye of newt, but where, prithee, is your...
sQuIrT oF lEmOn? 🍋🟩🤏
No, it's Javascript, keep up
The topology enthusiast says the jug is full of glass
Is it because of the "Host" HTTP header? I always thought it was optional, since the IP address and port were handled by the network and transport layers respectively. Turns out it's required to resolve between different virtual hosts in the same server. Today I Remembered (TIR?) that virtual hosts are a thing...
Is there anything else that might indicate the domain name in the handshake connection?
I don't get it... How does this protect anything? If we want our packets to reach a web server, we need to write the server's IP address on them. If a snooper has the IP, can't they just lookup the domain name from a DNS server? Or is that not a service DNS provides?
If the IP address is encrypted, how will the routers know where to send the packets? Only solution I can think of would be onion routing... Am I wrong??
Word... Paragraph, even
They're about to absorb so much knowledge
That's right, baby! GAME AH DAH YEEAAAR!
If you're having fun after 1600 hours, then you're not playing it wrong
" - is not what the cat said