Because the linked article states that owls can rotate their heads 270°which is “almost 360°” according to the headline and post title.
When you see videos of owls this confusion becomes more apparent when owls don’t stop rotating their head when they look right behind them. They will often turn their head even further which suggests they can do a 360° turn, when in fact they cap out at 270°.
Off topic, but I love Hurricane Electric’s website. Simple, but not ugly. Straight to the point. I find it quite charming in contrast to the hyper designed, but barely functional sites of other companies. (fuck you HPE)
NAT is not a security feature. Your firewall blocks incoming traffic, not NAT. It introduces new complexity that now needs to be solved.
In corpo environments you have to struggle with NAT traversal for VoIP communication.
In home networks “smart” devices attempt to solve it with shit like uPnP and suddenly you get bigger holes in your network security than before. You could find countless home network printers on shodan because of this. Even though (or maybe because) they were “behind” NAT.
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NAT is just security by obscurity and actually not really security at all. What’s protecting you from incoming scans, etc is your network firewall. That firewall works just the same for IPv6. Blocking incoming traffic for your home network is usually the default setting in your ISP issued router anyway.
Working as a network engineer, NAT in a large scale customer environment can quickly devolve into a clusterfuck. Many times we had week long reachability issues due to intermediate ISPs NATing unexpectedly.
My nemesis is GCNAT, which adds another layer of NAT because some ISPs don’t have enough public IP space for all their customers to go around.
I have a customer where their ISP just assigned one of their locations public IPv4 addresses. Neither the customer, nor the ISP owned that address space. Their logic was that this address space is registered on a different continent, so it’s basically fair game to use it themselves. Granted, they only route it internally for a MPLS network, but still…
What I’m getting at is that NAT increases complexity and breaks properly routed end to end connections. Everyone kinda fucks up with NAT, especially ISPs (in my opinion anyway).
I can really recommend the IPv6 study material from the major internet registries (took the v6 courses from RIPE NCC myself).
IPv6 is so much simpler for subnetting, writing firewall rules,… IMO the addresses just look kinda clunky.
Printing is one of the few things that I find much easier and more reliable on Linux (and Mac) than on Windows. Automatic discovery of a printer has always worked for me. Both at home and at work. With printers from Brother, HP, Samsung, Epson and Oki.
On Windows however, the same printers only works for about 30% of print jobs. My family’s Samsung printer only printed from my arch and fedora workstation.
At my office recently our print server kicked the bucket and windows user couldn’t print anymore. Mac and Linux users (both use CUPS) had no issues talking to the printers directly.
Just anecdotal evidence ofc.