mmi@dynakrypt.com (770) 821-1614

Mathematical Modeling, Inc.

Mathematical Modeling, Inc. is a 21st century technology driven enterprise devoted to innovation and origination of cybersecurity solutions, AI systems, and green energy field programs. The MMI team promotes the standard that MMI is where innovation meets creativity. MMI’s union of creative thinkers and engineers all across the world believe that people working together can make the once seemingly impossible become reality. MMI aims to use the creativity of its experts and specialists to lead the charge of exploring and utilizing untapped potential for advancement within the globally interconnected universe. This is the revolutionary philosophy that has resulted in the development of DynaKrypt®.


For MMI’s Investor Relations, please contact us at: mmi@dynakrypt.com.

How Encryption and Decryption Works

Here is a simplified explanation of how Encryption and Decryption works: Suppose you have a house, with important and personal information you want to safeguard and protect from unauthorized forces. In order to protect your personal information, you install locks for the house, and the only way access can be granted is if the right key is used for the lock. Keys can be any shape and size. Some keys may have 16 grooves, others may have 32 grooves, and the locks and keys do not change with time.


With DynaKrypt®, the key length, key type, and lock type are dynamic. Without the right dynamic parameters to open the lock, the key will not fit, and those unauthorized forces are not permitted access to your home.

Constantly Unpredictable

DynaKrypt® stands for Dynamic EnKryption. DynaKrypt® was designed to solve modern, static cybersecurity shortfalls. DynaKrypt®'s algorithm changes its encryption method every time a user encrypts data. Changes are based on computer state, encryption method, and time.