This html page enables quantum-safe file encryption and decryption using the ML-KEM-512 (FIPS-203) + AES-GCM, ensuring security against quantum threats. All cryptographic operations are powered by our custom implementation built entirely in-house using the cutting-edge Zenroom virtual machine.
As one of the first to implement this advanced technology, we provide a secure, client-side solution with no remote data storage required. Use it online https://forkbomb.eu/pqspread or for offline and paranoid mode download a single html file to run on your machine from github.com/forkbombeu/pqspread
made with ❤️🔥 by FORKBOMB hackers
Scenario qp
Given nothing
When I create the mlkem512 key
And I create the mlkem512 public key
And I create the hash of 'mlkem512 public key'
Then print 'mlkem512_public_key'
And print the 'hash' as 'base58'
And print keyring
Act now! Click Encrypt to secure and share your files, or Decrypt to restore files sent to you—fast, secure, and quantum-safe!
Scenario qp
Scenario ecdh
Given I have a 'string' named 'cleartext'
and I have a 'mlkem512 public key'
When I create the mlkem512 kem for 'mlkem512 public key'
And I take 'mlkem512 secret' from path 'mlkem512 kem'
And I take 'mlkem512 ciphertext' from path 'mlkem512 kem'
And I rename 'mlkem512 ciphertext' to 'header'
When I encrypt the secret message 'cleartext' with 'mlkem512 secret'
Then print the 'secret message'
Scenario qp
Scenario ecdh
Given I have a 'base64 dictionary' named 'secret message'
and I have the 'keyring'
When I take 'header' from path 'secret message'
and I take 'text' from path 'secret message'
and I rename 'text' to 'ciphertext'
When I create the mlkem512 secret from 'header'
and I decrypt the text of 'secret message' with 'mlkem512 secret'
Then print the 'text' as 'string'