Billion Bit Software

 

Encryption Testing

This page is intended solely for testing and research purposes.

This new asymmetric encryption method is experimental and provided for learning, evaluation, and cryptanalysis.
The asymmetry is on the data – the key used to encrypt can be used symmetrically but a decryption key can be derived that can only decrypt.
This means that, regardless of input size (cleartext), the encrypted data itself can be decrypted asymmetrically, in contrast to typical asymmetric algorithms.
No guarantees are made regarding its strength or practical feasibility.

More details about the encryption will be shared over time as I receive public feedback.
Rest assured, there are no hidden tricks—this is not an exercise in “security by obscurity,” nor is it simply generating random output.
There is no temporary or persistent storage of the clear or encrypted text on the server.
Text provided is sent to the server, encrypted, and returned.

I welcome analysis, feedback, and cryptanalysis reports on the results.
If you discover a potential weakness or vulnerability in the encryption, please use the Forum page to report it.

Email Address
A valid email address is required for use and tracking. Your email address will not be sold or shared.
Encryption PassKey
A key used only during encryption. Its relationship to the Decryption Key determines output characteristics. Max length 2048 (all chars contribute equally to key creation).
Decryption PassKey
A key used during encryption and decryption. You’ll need only this key to decrypt. Max length 2048 (all chars contribute equally to key creation).
Enter Cleartext
Enter your cleartext here that you want encrypted. Max 1MB of text.
Encrypted Result
This is the encrypted result encoded in base64.
Decryption Hash
This is the Decryption Hash derived from the encryption key. This hash along with the Decryption Passkey are required to decrypt.