🐇

Rabbit Encryption

Encrypt and decrypt data using Rabbit stream cipher algorithm

Key strength: Medium

Output Format

Hexadecimal
Base64
URL Encoded
Binary (Raw)

Encrypted Result

Encrypted text will appear here...

Quick Examples

hello world
API URL
JSON Payload
Empty text

Preset Keys

Security Note

  • Keep your encryption key secure and never share it
  • For optimal security, use keys that are at least 16 bytes long
  • Always use a unique initialization vector (IV) for each encryption
  • All operations are performed locally in your browser

Input Format

Hexadecimal
Base64
URL Encoded
Binary (Raw)

Decrypted Result

Decrypted text will appear here...

Decryption Tips

  • Ensure the key and IV exactly match those used for encryption
  • Select the correct input format that matches the encrypted data
  • If decryption fails, check that all parameters are correct
  • Corrupted ciphertext may result in unreadable output

Operation Type

Encrypt File
Decrypt File
📁

Drag and drop files here or click to upload

No file selected
Key strength: Medium

Processing Status

Ready to process files

Important File Processing Notes

  • Files are processed entirely in your browser, never sent to our servers
  • Large files may take longer to process and could consume significant memory
  • Always remember your encryption key - without it, your files cannot be decrypted
  • Create backups of your original files before encryption
  • Decryption requires the exact same key and IV used for encryption

About Rabbit Stream Cipher

  • Rabbit is a fast software-oriented stream cipher developed by Martin Boesgaard, Mette Vesterager, Thomas Pedersen, Jesper Christiansen, and Ove Scavenius
  • It was submitted to the eSTREAM project of the European Union's ECRYPT network
  • Rabbit uses a 128-bit key and a 64-bit initialization vector (IV)
  • It is known for its high performance on 32-bit architectures
  • All operations are performed locally in your browser

Security Considerations

  • Never share your encryption keys with unauthorized parties
  • For sensitive data, consider using stronger encryption algorithms like AES
  • Always use a unique IV for each encryption operation
  • Store your keys securely using a password manager or key vault
  • Regularly rotate your encryption keys for enhanced security