So your threat model assumes an actor with a quantum computer capable of breaking RSA, but not a regular computer capable of filtering by IP address?
See also https://lemmy.world/u/p1mrx
So your threat model assumes an actor with a quantum computer capable of breaking RSA, but not a regular computer capable of filtering by IP address?
Then it would be a total loss. Nothing’s out there.
It’s not over 'til it actually sinks. If they can tow it back to port, it might be repairable instead of a total loss.
Here is the building on Street View:
It’s been knocked down and replaced since 2015.
I found them via IP address, so I don’t know anything about the company beyond that.
2a09:: 2a11:: and 2409:: are the shortest.
I listed the 5 possible digits. What’s missing?
IPv6 subnet masks are long, but super easy because of hexadecimal. A bunch of F
s, then [
then a bunch of ]?0
s.
https://knowyourmeme.com/memes/family-laughing-at-crying-child-opening-christmas-present
That includes some history, but not the prompt itself.
Data centers […] have traditionally relied on renewable sources like solar and wind
I don’t think that’s really true. The green/grey graphs in this article show how difficult that is: https://www.canarymedia.com/articles/clean-energy/google-and-others-have-committed-to-24-7-carbon-free-energy-what-does-that-mean
It’s not about how people write them, it’s how parsers parse them. IPv4 has been around since 1982, and most parsers interpret leading zeros as octal.
Because 1.2.3.4 and 1.02.003.04 both map to the same number.
But 10.20.30.40 and 010.020.030.040 map to different numbers. It’s often best to reject IPv4 addresses with leading zeroes to avoid the decimal vs. octal ambiguity.
Tuvalu only has 12,000 people. They could probably fit in the airport.
Kyjov is 1000 km from Kyiv.
Net positive, like driving toward a cliff at a slightly slower speed.
They have used “BNL” officially. I recall they had an Enhanced CD (maybe Rock Spectacle) with a video that began “This is BNL TV”, but I can’t find a copy on the internet.
A VPN encrypts traffic between your device and the VPN server, and any packet on that path includes your IP address. So anyone attempting to decrypt your VPN traffic can trivially distinguish your packets from other users of the VPN server.