Quantum Cyber N.V.

Quantum computing and quantum optimization technologies are also emerging as important tools for solving, among others, computationally intensive problems involving route optimization, sensor fusion, scheduling, cybersecurity, cryptography, and multi-agent coordination. For example, hardware providers, including superconducting, trapped-ion, photonic, and neutral-atom platforms, have demonstrated increasing qubit counts and improved error rates. Although the commercial quantum computing market remains in a early stages of commercial development, industry participants and governmental agencies continue to invest significant resources into the research and commercialization of quantum-enabled technologies. According to MarkNtel Advisors, the global quantum computing market is projected to grow from approximately $1.1 billion in 2023 to $5.2 billion by 2030.

The Company believes that the convergence of AI, autonomous systems, and quantum optimization technologies creates opportunities to develop differentiated solutions capable of addressing complex operational challenges in both commercial and defense environments. Classical AI approaches to UV control are constrained by the computational complexity of multi-agent coordination, real-time multi-objective optimization, and operation in adversarial or degraded environments. Our computing ability to explore exponentially large solution spaces simultaneously is purpose-built for these problems. Early movers that build integrated AI-quantum platforms for UV applications stand to capture durable competitive advantages as quantum hardware matures and deployment costs decline. Our strategy includes integrating AI-enabled decision-making capabilities with scalable autonomous hardware and optimization software to support real-time operational coordination, navigation, threat detection, and autonomous mission execution.

The Company’s revenue-generating activities are expected to consist primarily of (i) licensing and commercialization of intellectual property; (ii) the design, development, integration, and sale of autonomous systems and related technologies; (iii) software licensing and AI-enabled operational platforms; (iv) cybersecurity and optimization solutions; and (v) strategic commercial and governmental relationships. The Company may also pursue revenue opportunities through consulting arrangements, engineering services, maintenance and support agreements, manufacturing arrangements, and strategic technology partnerships.

The Company’s operations are subject to extensive government regulation, including export control laws, cybersecurity requirements, data privacy laws, aviation regulations, defense procurement regulations, sanctions laws, environmental regulations, and regulations governing the use of AI technologies and unmanned systems. Certain products and technologies may require governmental approvals, certifications, registrations, or export licenses before commercialization or deployment. See “Government Regulation” below.