Quantum Adoption Program
A pragmatic path to quantum readiness for industry leaders.
A guided path to evaluate quantum opportunities with confidence
1. Identify relevant use cases
Alonside with our partners, we assess your business to determine where quantum computing can realistically outperform classical methods. The goal is simple: Identify a small number of use cases where measurable advantage is plausible, then define a realistic roadmap.
2. Make your business quantum-ready
Our partner QbitSoft translates selected business problems into quantum-ready models and run them on real QPUs. No internal quantum expertise is required. Each experiment is benchmarked against classical baselines to objectively evaluate performance, feasibility, and limitations.
3. Evaluate ROI and scale
We quantify potential gains in terms of cost, speed or accuracy. If results are promising, we prepare industrialization on Scaleway infrastructure, ensuring integration with your existing systems and a clear path toward production.
Which sectors will benefit most from Quantum Computing?
Logistics
Vehicle routing, workforce scheduling, warehouse slotting, inventory allocation, and production planning often involve large-scale constrained optimization. Quantum approaches may unlock efficiency gains in systems where classical methods reach their limits.
Banking & Insurance
Portfolio construction, risk scenario generation, fraud detection, derivatives pricing, and capital allocation rely on compute-intensive models. Quantum computing could improve optimization quality, simulation speed, and decision accuracy.
Energy
Optimize grid balancing, generation dispatch, battery storage usage, energy trading strategies, and network resilience. Quantum methods may also accelerate materials discovery for next-generation batteries and clean technologies.
Pharmaceutical
Molecular modeling, protein interaction analysis, compound screening, and reaction simulation are central to drug discovery. Quantum computing could improve simulation fidelity, shorten R&D cycles, and reduce discovery costs.
Chemicals & Materials
Simulate molecular structures, catalyst reactions, and material properties to accelerate the discovery of stronger alloys, better semiconductors, and more efficient industrial compounds.
Automotive & Aerospace
Use advanced simulation to improve aerodynamics, lightweight structures, battery performance, propulsion systems, and manufacturing planning. Quantum methods may support faster optimization and more accurate material design.
QbitSoft - Leverage quantum for business
QbitSoft, founding partner of the program, specializes in translating business constraints into deployable quantum applications.
Their solutions are designed to integrate into existing workflows and deliver measurable outcomes using today’s available quantum hardware.
QbitSoft is the first member of a growing ecosystem of partners that will cover: finance, industry, manufacturing, energy, material simulation…
Built on a trusted European quantum stack
Business expertise
The first layer of this value chain is the ability to turn quantum computing into tangible business outcomes. Through partners such as QbitSoft, the program brings together expertise focused on real operational use cases rather than theoretical exploration.
This know-how lies in transforming complex challenges in optimization, simulation, or data analysis into quantum-ready problems. It reflects a broader European strength: close ties between research, engineering, and industry, where innovation is driven by measurable impact.
Sovereign infrastructure
This expertise runs on a cloud environment operated by Scaleway, designed to meet enterprise expectations for security, compliance, transparency, and environmental leadership.
Built on open standards and widely adopted technologies, the platform enables quantum workloads to integrate smoothly into existing systems. Organizations can experiment without compromising governance, internal requirements, or regulatory constraints.
Leading quantum hardware
The program provides access to a diverse range of quantum technologies developed by leading European players such as Pasqal, Quandela, IQM, and Alpine Quantum Technologies. See our QPU offer details.
These technologies include neutral atoms, photonics, superconducting and trapped ions, forming a rich and evolving ecosystem. This diversity matters in a fast-moving field, allowing organizations to explore multiple approaches within a trusted European framework.