Background
Basic Requirements for network communication: (1) Sufficient addresses; (2) convenient addressing; (3) natural address expansion.
At the beginning of IPv4, no one expected to be eliminated because of insufficient addresses, even if CIDR and Nat appeared later. IPv6 is a non-change update, and there are still too many IPv4 address frames. Although it promotes "enough to allocate IP addresses to each sand on the Earth", the question is, how can we reasonably allocate such a large address? The convergence and waste of old-thinking IP addresses are an irreconcilable contradiction. In the era of the great development of the Internet of Things, it is hard to imagine the number of network devices growing at a geometric level, no one can guarantee that the route table does not expand rapidly as IPv4 does. The most critical challenge is that IPv6: How many IP addresses do you need? (You can know this ???) User: I don't know (I really don't know this !!!). If 15 are required, 150 are allocated? Or 1500? Oh, it's too small to see the development potential of Iot! Too little allocation is not enough (not enough), and too much allocation is a waste (shameful waste ).
The ipv12 Technology Based on ing IP addresses can perfectly solve the above problems!
2. Advantages of limit 12
(1) The 12th address is truly infinite, and there is no waste.
(2) The 12th address structure is perfectly hierarchical and naturally aggregated, And the router forwarding (addressing) is extremely simple.
(3) The 12th address extension is naturally convenient and can be "Allocated on demand "!
(4) ipv12 Mobile IP technology is much easier than IPv4 or IPv4.
(5) ipv12 is compatible with IPv4 and IPv6 of traditional networks.
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(The above is a brief description of my thesis. For details, please add QQ: 353005359 if you have any questions. Thank you)
More advanced protocols than IPv4 and IPv6-Based on ipv12 Technology of "ing IP addresses"