Actually, there are 13 root domain servers, 7 of which are in continental US and 6 of which are distributed using anycast. A number of the Internet root nameservers are implemented as large numbers of clusters of machines using anycast. The C, F, I, J, K and M servers exist in multiple locations on different continents, using anycast announcements to provide a decentralized service. Also, the majority of internet traffic is not routed through the US, the only traffic that hits the US are requests going to servers inside the US, which is indeed quite a few, but not enough to warrant the 'majority' of internet traffic. The only traffic that hit's the US from around the world are iterative DNS queries that are sent to the 6 root domain servers, even so I'm not to class that as internet traffic as it's a DNS server making the query and not the client. Secondly. Most traffic is monitored? Are you kidding me!?!? Do you know how much information passes over the internet? The best way to describe it is a lot, a hell of a lot. I'd estimate that 99.9% of internet traffic is actually not monitored at all. By monitored I assume you mean looked at in some sort of detail and not just flagging words up. Also, it's not just as easy building a second internet with faster speeds (globally that is), it's damn hard thing to do and would take years to organise.
QUOTE(Jaques @ Jul 31 2006, 11:37 PM) [snapback]1289890[/snapback]
Hah you'd be surprised as to how insecure government systems are. Really there's never anything too interesting. And no they don't have thousands of files with aliens in them.
Seeing as though I work for the UK government's IT sector, and the program I manage deals with security I feel qualified to comment on this. There are 100,000 machines across the UK, and not once have I heard of any of them being succesfully hacked. The testing procedure before programs can even hit these machines is meticulous and thorough. It's by no means un hackable, as nothing is but our systems are one of the most, if not the most secure system in the entire country. It's that secure, that there are seperate areas to it that aren't actually on the internet. The entire test environment for the DWP infrastructure doesn't have any net connectivity at all. Even if you do manage to get into one of the workstations on the internet, to get into the servers you would need to know usernames (which are long random digits and letters) and passwords which are around 20 characters long full of random letters, numbers, symbols and capital letters.