There was a cool project that converted hexadecimal numbers (or IPs) to pronouceable words. I think it was also more dense, and of course faster to say / easier to remember.
Yeah, calculation of the amount of possible strings containing only a-f is trivial. But the idea is for addresses to be memorable. So I’m wondering how many strings which are valid IPv6 addresses are possible if you are limited to actual English (or, pick a language) 4-letter words containing only a-f. As someone mentioned, this could be expanded with 1337-speak.
That’s cool, but I’m sure it broke the relationship between ip addresses. Like it would be hard to tell if 1 IP was 1 higher or lower than another/ in the same /28 subnet, etc
There was a cool project that converted hexadecimal numbers (or IPs) to pronouceable words. I think it was also more dense, and of course faster to say / easier to remember.
Just make your IP addresses pronouncable words like
feed:deaf:babe:beef:cafe::problem solved ez (working 2023!)But you’re limited to a-f. I wonder if anyone’s figured out how many addresses are actually possible with that system.
throw some 1337 speek in there and you’re all set!
I think that’s just 6^32, no? (Amount of options^string length). Which is 7958661109E24.
Yeah, calculation of the amount of possible strings containing only a-f is trivial. But the idea is for addresses to be memorable. So I’m wondering how many strings which are valid IPv6 addresses are possible if you are limited to actual English (or, pick a language) 4-letter words containing only a-f. As someone mentioned, this could be expanded with 1337-speak.
Some kind of Name System?
Perhaps organised into some sort of domains for clarity?
Reminds me of three word location.
That’s cool, but I’m sure it broke the relationship between ip addresses. Like it would be hard to tell if 1 IP was 1 higher or lower than another/ in the same /28 subnet, etc
maybe they could be sorted alphabetically to give you an idea, but yeah, it’d be harder to know for sure without a mixed format like
worda:wordb::f1there’s no place like Nyamyochu Sha