Bitcoin, as a store of value, is scarce, highly sought after, and controlled only by the key-holders.
Bitcoin, as a protocol, is decentralized, trust-minimized, and designed to be resistant to corruption.
Welcome to seed-phrase.com. Solve puzzles to uncover a secret recovery phrase that unlocks a Bitcoin wallet. The first person to decode the entire phrase will control its contents. Visit back here for additional clues and updates. Have fun & good luck.
Beneath the surface, truths do sleep,
In the dark, their secrets keep.
Lift the veil, and you will see,
To reveal, expose, and set them free.
What word embodies this quest?
The link to this clue will only open one time ever.
2024-07-16
2024-07-19
The month in which the world celebrates the harvest and prepares for the coming winter also saw the release of a transformative paper announcing a peer-to-peer electronic cash system.
Balance to be claimed increased from 0.005 BTC to 0.010 BTC.
Encryption & Decryption
This tool lets you encrypt and decrypt a message. When you encrypt a message, the original text is scrambled using a password, making it unreadable to anyone who doesnât have the correct password. The password is a key that locks (encrypts) and unlocks (decrypts) your message. The encrypted message is the scrambled version that you can safely share publicly with minimal risk that the wrong person could decrypt it.
To decrypt a message, youâll need the encrypted text, the Initialization Vector (IV), and the same password you used for encryption. Decryption is the reverse process â it takes the scrambled text and turns it back into the original message using the password and IV. If you enter everything correctly, your secret message will be revealed!
Play around.
Encrypt
Decrypt
There are additional features to the encryption used here that make the encryption stronger and harder to crack without all of the needed information. First, after you encrypt a message, youâll see something called an âInitialization Vectorâ (IV). This is a unique piece of information that helps ensure that even if you encrypt the exact same message twice, youâll get different results which adds even more security. Second, thereâs an optional âsaltâ field, which lets the person encrypting the message add additional random data. Both of these features make it hard to just build a big database that maps the encrypted text to the decrypted text.
