ZOOM://IETF.Fact.Check
IETF.Fact.Check on the ZOOM:// Scheme and ZOOM://BOX Architecture
ZOOM:// is a Scheme not a Protocol
The ZOOM://BOX Architecture as No Back-Haul connection to the Legacy Inter.NET
When you deploy your free open-source ZOOM://BOX and invite wireless
users they connect to the Inter.NOT
NOTE: the .NOT Top.Level.Domain is "Confusingly Similar" to the .NET
Top.Level.Domain so you are banned from using it
The ZOOM://BOX Architecture uses modern Peer-2-Peer and MULE
Technology (aka Sneaker.Net)
Users are the MULES and they carry Objects from place to place
ZOOM=15.3.3.13 or 0xF33D = P2P Port 62,269
The Official ZOOM://DNS 4-bit Alphabet
"ETAO^NRIS^HDLF^CMUZ"
"0123^4567^89AB^CDEF"
Note: The Letter "Z" is a WildCard (.-X*)
Use ZNZ for .NZ or ZOOM://NZ
ZOOM=15.3.3.13 or 0xF33D = P2P Port 62,269
ZOOM://DNS on Port 62,269
COM=12.3.13 or 0xC3D = P2P Port 3133
NET=4.0.1 or 0x401 = P2P Port 1025
ZNZ=15.4.15 or 0xF4F = P2P Port 3919
There is no "G" for .ORG or "B" for .BIZ
NO $$.IANA.$$ is needed to hand-select Ports
EXPLORE://BLOCK0
http://blockexplorer.com/b/0
=======================
10/100 Ethernet
10/8
100/8
http://www.iana.org/assignments/ipv4-address-space/ipv4-address-space.txt
There are 10 kinds of people in the world those that understand binary
and those that do not
There are 100 kinds of people in the world those that see 100 as 4 and 99 others
Migrating to Binary prefixes with IPv4 addresses can be interesting.
10.9.8.7.6 it takes 2 bits to store 10
How many bits does it take to store 100 ?