Q-flow Composition Algorithms Combined with Post-Quantum Cryptography

World's First Multijunction Quantum Processor

• nanoFlowcell achieves breakthrough in cybersecurity through Q-flow composition algorithms and quantum computing
• World's first multiprocessor-based quantum computer with over 10³ qubits per layer
• Plans to create a post-quantum cryptography department to define future security standards

London, October 19, 2024 — nanoFlowcell Holdings plc has achieved a significant breakthrough in the field of cybersecurity. The company has over 30 years of experience in the development of digital prototypes, virtual reality, and artificial intelligence. Leveraging its extensive expertise, the company presents its latest advancements in quantum computing and cognitive AI.

Through the world's first integration of Q-flow composition algorithms, the first-ever multiprocessor-based quantum computer has been put into operation. This development marks a milestone in quantum computing and highlights the immense potential of applied quantum AI to solve highly complex, security-relevant problems.

The new quantum architecture, which utilizes both entanglement and superposition, makes the quantum computer modularly scalable. The new multijunction quantum processor features more than 10³ qubits per layer, significantly increasing the number of computational quantum bit clusters per layer — a new world record. Furthermore, the reliability of the qubits has been improved to 100% for all possible quantum states. The new qubit processor structure enables all possible states of superposition and entanglement to be adopted in parallel with any other qubit, resulting in a fully controlled interaction between qubits and significantly enhanced quantum memory capacity. Isolation and protection against external interference have also been significantly improved.

The multijunction quantum processor can realize super-parallel dimensions and parallel data processing simultaneously, much like qubits can exist in multiple states simultaneously.

The fusion of superpositions and super-entanglements in a new dimension forms the basis for a new generation of quantum computers and is an integral part of the "humaN48" application — a synthesis of all previous developments by nanoFlowcell in the field of cognitive AI. In combination with the newly developed Q-flow composition algorithms, we are able to efficiently decrypt a variety of cryptographic methods, including code-, lattice-, hash-based, and multivariate approaches, ensuring a highly robust level of cybersecurity.

With these developments, nanoFlowcell aims to establish a new global network that meets the growing demands in the field of cybersecurity. In this context, the company plans to establish a specialized department for post-quantum cryptography to set future security standards. Thanks to its extensive expertise in algorithms and quantum computing, nanoFlowcell is positioning itself as a global leader in cybersecurity.

The increasing demand from banks, authorities, and institutions underscores the importance of these advancements. nanoFlowcell actively embraces the challenges of the future and sets new standards for a secure digital world.