The consulting practice is intended to support organizations pursuing the deployment of cold-atom and neutral-atom quantum computing infrastructure, providing expert guidance throughout the entire infrastructure development lifecycle—from initial architectural planning and technical specifications to equipment selection, optical architecture, infrastructure planning, integration, commissioning, and operational readiness. The consulting practice is designed to support infrastructure projects regardless of the quantum computing platform ultimately selected by the customer, while leveraging Quantum X Labs' specialized expertise in cold-atom and neutral-atom technologies.

The Company believes the rapid global expansion of quantum computing research, fueled by significant government investment and increasing commercial adoption, is creating growing demand for specialized expertise required to establish advanced quantum computing infrastructure. While many organizations possess strong scientific ambitions, relatively few have practical experience in translating quantum infrastructure concepts into fully operational research facilities. Quantum X's consulting practice is designed to bridge that gap by providing customers with access to engineering and scientific expertise developed through years of quantum hardware research and the recent design, construction, and commissioning of the Company's own state-of-the-art quantum computing infrastructure at its new Tel Aviv headquarters.

The services provided by Company's consulting practice are expected to initially include:

  • Quantum computing infrastructure architecture and facility planning
  • Cold-atom infrastructure design
  • Vacuum, electronics, and control infrastructure planning
  • Equipment selection and procurement guidance
  • System integration planning and commissioning support.
  • Experimental workflow optimization
  • Computing infrastructure expansion and scalability planning

Quantum X believes that successful quantum computing infrastructure requires multidisciplinary expertise spanning atomic physics, quantum optics, precision laser systems, ultra-high vacuum engineering, electronics, control systems, software integration, environmental controls, and laboratory operations. The Company's team of scientists and engineers has accumulated extensive practical experience through the design, construction, and commissioning of Quantum X's own advanced quantum computing infrastructure, enabling the Company to provide customers with practical guidance intended to reduce project risk, shorten deployment timelines, optimize infrastructure performance, and accelerate operational readiness.

The new consulting practice complements Quantum X's broader strategy of creating a path to commercialize its quantum expertise across multiple technology verticals while strengthening relationships with academic institutions, government agencies, defense organizations, and commercial enterprises pursuing next-generation quantum computing capabilities.

Quantum X believes that as global investment in quantum technologies continues to accelerate, the ability to successfully design and deploy sophisticated quantum computing infrastructure will become an increasingly important enabler of research, workforce development, national quantum initiatives, and commercial innovation.

The Company views this practice as a strategic complement to its core quantum technology development activities - creating recurring touchpoints with leading research institutions, government agencies, and commercial enterprises that are expected to become the customers, partners, and collaborators driving adoption of Quantum X's broader portfolio of quantum computing, sensing, and timing solutions. The consulting practice is expected to generate revenues through project-based fixed-fee or hourly consulting arrangements, the specific terms of which will vary depending on the nature and scope of each client engagement.

This initiative builds upon the Company's broader quantum technology portfolio, which includes neutral-atom quantum computing, quantum software and simulation, quantum sensing technologies, quantum atomic clocks, optical gyroscopes, and quantum error correction solutions.