Wohaaaaaaaa
ftp://ftp.ipv6.org/pub/rfc/rfc1924.txt
and http://www.ipv6.org
IP addresses as we know it are 32-bit addresses (xxx.xxx.xxx.xxx). We are running out of those addresses fast. IPv6 will alleviate that problem (it does more than that but I digress)
IPv6 will introduce 128-bit addresses which if they were written out in long form would look like (xxx.xxx.xxx.xxx.xxx.xxx.xxx.xxx.xxx.xxx.xxx.xxx.xxx.xxx.xxx.xxx). However, since remembering that many digits may prove a bit daunting for people they have come up with a summary scheme that will reduce addresses down to (1080::8:800:200C:417A) incorporating hexadecimal values in place of numbers. While this may still look complicated, it's far easier than the entire #.
Now, we come to Rendezvous. Go here http://www.zeroconf.org/ and learn about the technology Rendezvous is based on. Fascinating stuff, like auto-discovery or devices on local subnets and interoperability of different computers on levels that are mindblowing. Here comes the problem. IP addresses. Since most people have to run NAT on their routers at home (for broadband connections of course) these devices aren't accessible to anything outside. Now, enter IPv6 and all 100 billion IP addresses (rough guess). All of a sudden, every device in your house can have a public IP address (not 10.x.x.x, 172.16.x.x or 192.168.x.x) and everything is accessible from everywhere. If you put a meatloaf in the oven, your oven can utilize your broadband connection to get specific cooking instructions from the manufacturer's database. If you have tv problems, the manufacturer can get into your tv from their main system and check it out.
This is just a brief summarization of what's possible. I would definitely recommend reading those 3 sites for some absolutely fascinating reading.
quote:Originally posted by irmongoose
? whatcha mean?
irmongoose
**** man...
That sound pretty amazing. But whats about security? Do I need a firewall for my oven
Very amazing this technology for the future. I think apple is on the right way...
Go on you fruitty people...
shaft
ftp://ftp.ipv6.org/pub/rfc/rfc1924.txt
and http://www.ipv6.org
IP addresses as we know it are 32-bit addresses (xxx.xxx.xxx.xxx). We are running out of those addresses fast. IPv6 will alleviate that problem (it does more than that but I digress)
IPv6 will introduce 128-bit addresses which if they were written out in long form would look like (xxx.xxx.xxx.xxx.xxx.xxx.xxx.xxx.xxx.xxx.xxx.xxx.xxx.xxx.xxx.xxx). However, since remembering that many digits may prove a bit daunting for people they have come up with a summary scheme that will reduce addresses down to (1080::8:800:200C:417A) incorporating hexadecimal values in place of numbers. While this may still look complicated, it's far easier than the entire #.
Now, we come to Rendezvous. Go here http://www.zeroconf.org/ and learn about the technology Rendezvous is based on. Fascinating stuff, like auto-discovery or devices on local subnets and interoperability of different computers on levels that are mindblowing. Here comes the problem. IP addresses. Since most people have to run NAT on their routers at home (for broadband connections of course) these devices aren't accessible to anything outside. Now, enter IPv6 and all 100 billion IP addresses (rough guess). All of a sudden, every device in your house can have a public IP address (not 10.x.x.x, 172.16.x.x or 192.168.x.x) and everything is accessible from everywhere. If you put a meatloaf in the oven, your oven can utilize your broadband connection to get specific cooking instructions from the manufacturer's database. If you have tv problems, the manufacturer can get into your tv from their main system and check it out.
This is just a brief summarization of what's possible. I would definitely recommend reading those 3 sites for some absolutely fascinating reading.
quote:Originally posted by irmongoose
? whatcha mean?
irmongoose
**** man...
That sound pretty amazing. But whats about security? Do I need a firewall for my oven
Go on you fruitty people...
shaft