Store your wallet seed phrase in plain sight, with low risk of decoding. Creates an SVG and PNG of the encrypted phrase, the decryption key, and a QR code for coin deposit.
Example cyphered seed:
Your decryption key is also generated into art that you can hide inside another tattoo, if you wish. Example decryption key [3, 6, 5, 2]. There are a few options you can try.
Circle:
Rect:
Encodes words with a Vigenère Cypher. It shifts each character in each word by one number in a list of numbers you provide (as opposed to every word shifted the same amount, like a Caesar Cypher). In this way, all you have to do is remember the list (or safely store the decryption key above hidden in another tattoo) to be able to decode your cyphered seed phrase and access your money.
In theory, this could allow you to get a tattoo with this cyphered phrase and be able to access your seed phrase from anywhere, carrying nothing on your person, and without a computer, while anyone looking at the words would not be able to decypher them unless they knew the array you used to set it up.
To add another layer of security, I was thinking you could use UV-reactive tattoo ink, so you'd have to know where to look (and have a blacklight) to find the cyphered phrase.
I do not condone this. This is all just for fun and theory.
For example:
"TEST", [1,2,3,4]
returns
"UGVX"
In this example, `"TEST"` is one of your seed words:
"T" is shifted by 1 character, to "U".
"E" is shifted by 2 characters, to "G".
"S" is shifted by 3 characters, to "V".
"T" is shifted by 4 characters, to "X".
pip install -r requirements.txt
python main.py
python decypher.py
Write each word vertically, and decode each letter by applying the following pattern:
- find the position of the current letter. A is 0, B is 1, C is 2.
- find the shift_number, which is the number in the numeric list you memorized, against the index of the current letter. i.e.: [1,2,3,4] against
TEST. LetterE's shift_number is2. - Subtract this shift_number (item 2) from the letter_position (item 1), wrapping around the number of letters in the alphabet (26).
For example, if the letter_position is 2 (C), and the shift_number is 1, the decyphered letter is B.
If the letter_position is 0 (A), and the shift_number is 3, the decyphered letter is X. It wraps backwards around the alphabet.
shift_numbers: [1, 2, 3, 4]
word:
U - 1 = T
G - 2 = E
V - 3 = S
X - 4 = T
Newly-generated seed phrase:
['perfect', 'gasp', 'floor', 'umbrella', 'party', 'rookie', 'subject', 'farm', 'zoo', 'creek', 'exclude', 'inhale', 'able', 'pole', 'access', 'crunch', 'insane', 'caution', 'prison', 'piece', 'window', 'hobby', 'record', 'snow']
becomes:
['QHWMFFY', 'HDXW', 'GOTVS', 'VPGYFOQH', 'QDWAZ', 'SRTRJH', 'TXGQFFY', 'GDWT', 'ART', 'DUJLL', 'FAHSVGJ', 'JQMHMH', 'BEQL', 'QRQL', 'BFHLTV', 'DUZUDK', 'JQXHOH', 'DDZAJRS', 'QUNZPQ', 'QLJJF', 'XLSKPZ', 'IRGIZ', 'SHHVSG', 'TQTD']