It’s probably four lists, 255 words each: adjective, noun, adverb, verb. Then each is associated with a number.
Then I tested it for the IPv6 version. In all tests, the IP used was 0000:0000:0000:0000:0000:0000:$IP_ending, and the resulting sentence was "The new times take now beneath the new time while new times take $sentence_ending. Here’s how it turned out:
$IP_ending
$sentence_ending
0000:0000
the new time.
0000:0001
the new year.
0000:0010
the new number.
0000:0100
the new list.
0000:1000
the such time.
0001:0000
the political time.
Apparently the digits are split three by three; this is surprising because IPv6 has 32 digits, the division isn’t even and odds are some position gets only two digits. Each list likely has 16³=4096 words, but the same list is reused in multiple positions, that’s why “the new time” appears four times if all digits are zero.
All that said, this is probably useless. A IPv6 number is not something you remember, it’s something you store and copy and paste.
Testing it with IPv4:
It’s probably four lists, 255 words each: adjective, noun, adverb, verb. Then each is associated with a number.
Then I tested it for the IPv6 version. In all tests, the IP used was 0000:0000:0000:0000:0000:0000:
$IP_ending, and the resulting sentence was "The new times take now beneath the new time while new times take$sentence_ending. Here’s how it turned out:$IP_ending$sentence_endingApparently the digits are split three by three; this is surprising because IPv6 has 32 digits, the division isn’t even and odds are some position gets only two digits. Each list likely has 16³=4096 words, but the same list is reused in multiple positions, that’s why “the new time” appears four times if all digits are zero.
All that said, this is probably useless. A IPv6 number is not something you remember, it’s something you store and copy and paste.