💊 Entropy to Mnemonic
add a checksum to our entropy to help detect errors (making the final sentence more user-friendly). This checksum is created by hashing the entropy through SHA256, which gives us a unique fingerprint for our entropy. We then take 1 bit of that hash for every 32 bits of entropy, and add it to the end of our entropy.
Entropy + CheckSum
Next we split this in to groups of 11 bits, convert these to decimal numbers, and use those numbers to select the corresponding words.
(BIP39 Wordlist The words in a mnemonic sentence come from a fixed list of 2048 words - specified by BIP39 -. The first 4 letters of each word is unique in the list)
AleZ /
npub1zc…5xcce
2023-03-09 07:49:09
in reply to nevent1q…7erh
Author Public Key
npub1zcmekre9fv64zlh0h59au0tz3kfcxqwgl8x27yn9j6df0k60cyvqh5xccePublished at
2023-03-09 07:49:09Event JSON
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"created_at": 1678348149,
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"content": "💊 Entropy to Mnemonic\nadd a checksum to our entropy to help detect errors (making the final sentence more user-friendly). This checksum is created by hashing the entropy through SHA256, which gives us a unique fingerprint for our entropy. We then take 1 bit of that hash for every 32 bits of entropy, and add it to the end of our entropy.\nEntropy + CheckSum\nNext we split this in to groups of 11 bits, convert these to decimal numbers, and use those numbers to select the corresponding words.\n(BIP39 Wordlist The words in a mnemonic sentence come from a fixed list of 2048 words - specified by BIP39 -. The first 4 letters of each word is unique in the list)\n",
"sig": "1e7c2e172ebcd208953ce521029c6bed3fd27113415449838edcf3a51b41f64ff5036544223d12195b8fb418210cfaa4ace59d35f7983602e9eead0b509e91dd"
}