Rethink Your Password Security

Generate strong, human-friendly passwords using innovative, reproducible methods like patterns, grids, and files — no storage required. No more memorizing — just intuitive, secure authentication.

Link Grid Password Generator

Generate passwords using a link grid. Select connections in the visual grid to generate unique, secure passwords with intuitive control and convenience.

File Entropy Password Generator

Generate passwords from your files. Upload files (by dragging or selecting) to generate a unique, reliable password based on their randomness.

Entropy Grid Password Generator

Generate passwords using an entropy grid. Select cells in the interactive grid to generate a unique cryptographic seed, combining high randomness with simplicity.

FAQ – Password Generation & Recovery

To create a strong and unique password you can remember, use a memorable pattern or passphrase instead of random characters. Combine three or four unrelated words, add numbers or symbols, or draw a grid pattern that you can visually recall. This produces a password that is strong, unique, and easy to remember.

You create a password by connecting nodes on a visual grid. The pattern becomes a cryptographic seed that is easy to remember but extremely difficult to brute-force.

Upload any file to use its random bytes as a source of entropy. The file content is never stored—only its randomness is used to generate a unique, strong password.

Select random cells in a grid to create a high-entropy cryptographic seed. Each click adds strong randomness for safer password generation.

To recover your password exactly, repeat the same grid pattern or file in combination with your secret phrase (master key). Make sure the additional options are identical:
  • Password Length – as selected during generation
  • Allow Symbols (✓ / ✗)
  • Allow Numbers (✓ / ✗)
  • Allow Lowercase (✓ / ✗)
  • Allow Uppercase (✓ / ✗)
If the pattern, secret phrase, and all option switches match the original generation, the password can be reproduced bit-for-bit without storing it anywhere.
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