The FES Fractal Encryption Standard is a standardised specification of Fractal Transformation engineered to replace quantum vulnerable AES encryption.

FES is designed and engineered to provide a consistent interface, algorithm and defaults to streamline AES encryption replacement.

Your application becomes quantum safe when you implement an FES component to encrypt data.

Combine FES with NIST quantum safe RSA replacements for a one-time quantum safe migration.

Quantum safe FES replaces AES as the future-proof encryption standard.

Fractal Transformation achieves impenetrability by accessing infinities by way of the Mandelbrot Fractal.

Some observations about infinity and infinite complexity:

• Infinity is unbounded
• Infinite complexity includes all possible unique patterns in any number of dimensions
• There always remains an infinite distance between the finite and the infinite
• Infinity is beyond binary or decimal representation
• Infinite complexity is accessible by finite means
• Mandelbrot functions access infinite complexity

Infinity is not just a very large or small number, it cannot be computed. Given any very large number, say a Googol squared, infinity is still infinitely larger.

Similarly infinite complexity is not just 'very complex'. Given any level of complexity, say the infinitely long and unique decimal sequences for PI or PHI, infinite complexity is infinitely more complex.

The Mandelbrot fractal has been mathematically proven to be Infinitely Complex by mathematician Mitsushiro Shishkura (Proof).

By accessing and engineering infinite complexity we:

1. lock data with impenetrable Fractal Transformation, and
2. defeat Quantum Computer decryption capabilities

FES is a quantum safe encryption standard that is impenetrable by any computational means.

FES is built on our Fractal Transformation technologies, providing:

• Fractal Foundation Services
• Fractal Portal Mapping
• Fractal Stream Generation
• Fractal Payload Transformation
• Fractal Cipher Extraction

Fractal Transformation is a new cryptographic art and science with a very broad range of formulas and configurations. Over six years of R&D hundreds of variations have been successfully tested.

The FES formulas and configurations have been selected as the best and most effective combination for a Fractal Encryption Standard.

FES formulas and configurations provide:

• Configurable Fractal Mapping
• Configurable Mandelbrot Dimensions
• Configurable Key-Space
• Configurable Fractal Scramble
• Configurable Key-Whirl
• Configurable Passes
• Fractal Transformation Key methods
• Fractal Transformation methods
• Fractal Extraction methods

Configurable Key-Space and Mandelbrot dimensions also control transformation/extraction performance, allowing you to manage the security/performance ratio.

These are covered further on the FES Components page.

All configurable elements have default values so you only need to set the key to transform a payload or extract a cipher.