(#ee63oea) @eapl.me it is not about remembering, it is about converting something like: ``` ALBimMb+bxXypHuw8bCyZ++Sby6BFNxXs1ATtm+xiEIQbTcvOvR4BaYcAs0cZduf ``` To: ``` apple strawberry corn cat cow impertinence bloke bread stone hydrogen mountain ``` For example, and being able to use the words to “re-assemble” the password.

(#ee63oea) @prologic Not sure! I have a feeling it has something to do with yours possibly not converting to-or-from UTF-8?

(#ee63oea) What are you looking for? Inputting a password and getting a mnemonic to remember it easily? And from that mnemonic get the same password? A quick search on Google gave me many results (indeed it's an interesting problem), although this one caught my attention: DeepMnemonic: Password Mnemonic Generation via Deep Attentive Encoder-Decoder Model I thought it was easier than it sounds 😅

(#ee63oea) Another thing I noticed - the Python implementation cannot handle 512-bit keys. Not sure if this is a limitation of the library or of BIP-39 itself.

(#ee63oea) I'm not aware of that kind of tools, but you could try with Perhaps there is something similar in your favorite language.

(#ee63oea) and just asking for the sake of the conversation, why not using a longer passphrase instead of that complex password in the first place? It would have higher entropy 🤔

(#ee63oea) Hmmm, is bip39 suppose to be reversible? I _thought_ that's what it was for?! ``` $ echo 59I0nDFYho4Hq4ps | ./bip39 -e | ./bip39 -d 353949306e444659686f344871347073 ``` =>

(#ee63oea) @eapl.me the document you list is too deep. Also behind a login. I have searched The Tubes, and found nothing.

(#ee63oea) @prologic might be more helpful here

(#ee63oea) @shreyan Any significant differences in logic with your program vs. mine? 🤔