INNER SANCTUM VECTOR N360™|QUANTUM COMPUTERS

INNER SANCTUM N360 ©™ VECTOR SPECIAL EDITION !

Joseph Reddix President, And CEO The Reddix Group (TRG) Dr. Hans C. Mumm QSA

QUANTUM COMPUTERS INDEFENSE

Dr. Merrick S. Watchorn Ingalls Industries (HHI)

Since 2013, the United States and its Allies have endured a constant, sustained effort to reduce national security, resiliency, confidence and undermine infrastructure found within Digital Warfare Strategies espoused by its enemies. This continuous strain has incurred a strategic financial, technical, and workforce debt not seen before in the Cyber domain. Cloud computing enabled distributed computing at an economically affordable scale to commerce and the first integration of Quantum and Cloud with its success. When cyber adversaries have access to the power of quantum computing, our modern cryptographic systems based on public keys will not stand up to the test (NIST, 2021). The White House led an effort to establish the National Quantum Initiative (NQI) Act, which became Public Law 115-368 in December 2018 to accelerate American leadership in quantum information science and technology (NTSP, 2021). An area of exploration in Quantum is light and solid memory allocations and its ability to influence:

1) Microwave storage,

2) Light learning microwave conversion,

3) Orbital angular momentum,

4) Gradient Echo Memory,

5) Electromagnetically induced transparency, and

6) In-Memory Computing (IMC)

IMC will provide a high order of magnitude for memory efficiency and enables Multi-Level Security (MLS) principles associated with Zero Trust Architectures (ZTA) as mandated by current federal regulations and standards.

What is IMC?

IMC is the integration of In-Line Memory and Quantum Computing Architectures forming the heart of our proposed concept and implementation strategies. By combining both classical and quantum In-Memory management software with classical and quantum computing hardware thereby producing 40X plus overall performance. This same IMC structure can be applied to High Performance Hardware Computing (HPC).

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Joseph Reddix

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Dr. Hans C. Mumm Dr. Merrick S. Watchorn