Trial Python and Matlab AES-GCM and ChaCha20 Cloaking Programs

Testing, Education, and Research Only of poetentially 10^500 variations

The numner of potential variations in Enclryption Cloaking is insanely large. Depending on the selected parameters ranging between 10^500 and 10^15,000. These numbers are almost absurdly large. The provided programs allow you to be familiarized with the unexpexted but powerful simple transformations. The free programs are protected by issued and pending US Patents. Users are granted a limited license to use these programs strictly for private use, education, testing, and research purposes only.

We claim an increase of security in existing encryption by Encryption Cloaking up to a factor 1015,000 or even higher. Yes, we know, this is an insanely large number. The easy to install and execute Python and MatLab programs are listed below. The AES-GCM and Chacha20 programs are for encrypting/decrypting text only. Not for files in these versions. However, the programs were tested and are believed to be in compliance with the FIPS-800-38A test vectors for AES-CTR. We tested the programs and believe that when used properly encrypted data may be decrypted. However, no guarantee/warranty is provided for any useful operation of the programs. You use them at your own risk.

No Warranties

These programs are provided "as is" with no guarantees of functionality or support. The working of the programs has been tested on Dell and HP Windows machines.

Warning

The provided encryption methods are extremely powerful. Please, don't be fooled by the simple looking modification. They are at least as powerful as their unmodified base methods, and actually more so. Be aware that there is no way for us to recover data encrypted by these programs. If you lose or overwrite critical encryption parameters, we cannot assist in data recovery. You are solely responsible for maintaining your encryption parameters, keywords and iv.

Limited License to Use the Programs

You are granted a very limited license to use these programs strictly for private use, education, testing, and/or research. You do not have any license or permission to operationally use, or sell, distribute, export, or incorporate the patent-protected aspects of the software into another program. Each downloaded program may be installed on a single machine, which must obtain the programs from this website. Usage for creating any type of secure storage, communication, and/or authentication is not allowed.

Paid User License

If you wish to use the programs for security purposes or to modify existing encryption programs, you can obtain a paid single user license for $149. This license includes full access to all our intellectual property (IP), allowing you to create your own encryption or BYO (Bring Your Own). You will also receive a set of developed software. Contact us at info@labcyfer.com to purchase a full single user license or a site or corporate license or discuss further opportunities.

Paid C and MATLAB Programs ---- $49

The below programs enable the encryption of short text messages. Good enough for viewing immediate effects, but not for practical tests on files. We also have a set of C-programs and Matlab programs that apply the functional transformation/encryption cloaking on large files. We have also created a series of MATLAB Programs and C- programs, fully documented and easy to install and/or compile. The programs include: n-state (like 256-state) Feedback Shift Registers (FSRs); file encryption in modified ChaCha20, AES , AES-GCM and others; modified hashing such as SHA-256; FSR based reversible unique inversion of extremely large sequences of bits (like 800 bits), and others. Contact us at info@labcyfer.com how to get access to these programs, all for $49.

The Free Programs in Python and Matlab

Program Access

The purpose of this website is to provide easy access to test and review the proposed modifications explained in the patents. We provide here Python and Matlab coded programs.

  • In Python: AES-GCM (FLT Modified): Replaces bitwise XOR with an addition over GF(256) and later with a patent protected functional transformation. Download Zip File aesgcmfltPython.zip
  • In Python: AES-GCM (Radix Modified): Applies a radix-256 functional transformation. Download Zip File aesgcmradPython.zip
  • In Python: ChaCha20 (FLT Modified): Applies a functional transformation of a table characterized as an addition over GF(256). Download Zip File chacha20fltpython.zip
  • In Python: ChaCha20 (Radix Modified): Applies a functional transformation of a 256-state carry table . Download Zip File chacha20radpython.zip
  • AES-GCM in Matlab (Unmodified): Developed and posted by David Hill, with no copyright limitations. There are two ways to easily obtain the program. First way: download from MathWorks Website. Second way: Downloading requires sign-in to Mathworks. However, you can also go to the above link and click on the "Functions" tab, which shows a list of functions in AES-GCM. You can copy the script and paste in local files, saving it as named on top of the script with .m extension. Like: click on function: Cipher. Copy the script. Paste in Notepad. Save as Cipher.m. Do this for all functions and save in common folder.
  • AES-GCM in Matlab (Modified): Replaces bitwise XOR with an addition over GF(256). Patent protected. Ten different 256-state tables are included. This also implements the standard AES-GCM routine, when inserting 'sc256' as input. Download Zip File AESflt.zip
  • AES-GCM in Matlab (Radix-256 Addition): Uses radix-256 addition and includes ten 256-state carry tables and two 256-state tables of reversible involutions. Patent pending. This version also implements the standard AES-GCM routine, when as input selected 'sc256' and 'car256neut'. Download Zip File AESfltrad.zip

    • All programs come with full instructions in .zip. Unzip/extract into a common folder and read the instructions in readme.txt. You may be surprised to find that the transformation is merely a small set of instructions. We also offer modified ChaCha20 encryption programs. Contact us at info@labcyfer.com for more information.

    Patents