Now with IPv6, we give each continent /12s and then each continent’s RIR gives those out as /32s or /48s to ISPs, who then either pass on the /48s to their customers, or further subdivide them into /64s.
So in a way, we actually are kinda doing this /8 /8 /8 division now, but with blocks many, many times bigger, and then each subnet is 72 quadrillion times bigger, with the ability to have up to 18 quintillion devices.
Now with IPv6, we give each continent /12s and then each continent’s RIR gives those out as /32s or /48s to ISPs, who then either pass on the /48s to their customers, or further subdivide them into /64s.
So in a way, we actually are kinda doing this /8 /8 /8 division now, but with blocks many, many times bigger, and then each subnet is 72 quadrillion times bigger, with the ability to have up to 18 quintillion devices.