词条 | Draft:Dynamic Deep Learning Encryption |
释义 |
Dynamic Deep Learning Encryption (DDLE) is a new classification of cryptography that incorporates the help of Artificial Intelligence (AI) to aid in encrypting private data and communications. The basic parameters for encryption to be classified as DDLE are as follows:
DDLE uses artificial intelligence to learn, evolve, detect and protect against the ever evolving landscape of cyber attackers. With the advent of Polymorphic attacks, Generative Adversarial Network (GAN) attacks, and the further development of super and quantum computer technology, the current encryption algorithms of today cannot provide the security measures necessary to protect against the new and upcoming wave of cyber criminals and/or nation state attackers. DDLE's artificial intelligence provides a new era of security solutions necessary to protect, maintain, and evolve technologies and/or technological systems such as AI, Big Data Analytics, 5G, Telecommunications, Internet of Things, Power grids, Aviation Networks, FinTech Industries, Blockchain and other future technologies yet to be created. The term Dynamic Deep Learning Encryption was coined by: Dr. Frederick J. Foreman, an MIT graduate with a Ph.D in Mechanical Engineering and founder of Mathematical Modeling, Inc., Mr. Frederick J. Foreman II, a Hofstra University graduate with a BS in Mechanical Engineering and co-founder of Mathematical Modeling, Inc., and Mr. Abdul Khalid Muhammad, co-founder of Mathematical Modeling, Inc. References |
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