Inside Europe’s Quantum Strategy and What It Means for the Industry 

Quick answer: The EU Quantum Strategy, launched by the European Commission on July 2, 2025, aims to make Europe a global leader in quantum technology by 2030 through five focus areas: research and innovation, infrastructure, ecosystem strengthening, space and dual-use applications, and quantum skills. It matters because the strategy directly shapes funding, supply-chain security, and talent pipelines that European organizations will need to plan around, and a forthcoming EU Quantum Act (expected in 2026) will further formalize industrial and supply-chain requirements. The recommended action for organizations operating in or with Europe is to track the Quantum Act’s progress and begin engaging with Quantum Competence Clusters or pilot programs relevant to their sector now, rather than waiting for the Act to finalize.

Key Takeaways

• The strategy targets five areas: research and innovation, quantum infrastructure, ecosystem strengthening, space and defense applications, and quantum skills, projecting the sector will exceed €155 billion in global value by 2040.
• An EU-wide risk assessment of the quantum supply chain is underway, and a forthcoming Quantum Act (expected in 2026) will support local manufacturing and reduce dependence on non-European suppliers.
• Quantum Competence Clusters are expanding across all Member States to link academic institutions, startups, and industry at the regional level.
• Programs like EuroQCI and IRIS² are embedding quantum security into EU satellite systems, with a quantum sensing roadmap for security and defense expected by 2026.
• The European Quantum Skills Academy launches in 2026 to address the talent gap through centralized training, university partnerships, and international fellowships.

The European Commission has launched an ambitious Quantum Strategy that outlines a clear vision for positioning Europe as a global leader in quantum technology by 2030. This strategy focuses on five core areas: research and innovation, infrastructure development, ecosystem expansion, defense and space applications, and the cultivation of quantum-specific talent. At its core, the strategy aims to accelerate the development and commercialization of quantum technologies, ensuring Europe not only leads in scientific discovery but also becomes a hub for quantum-driven industry and innovation. 

Making Research and Innovation Practical

Europe is using a dual-track model for research: 

• Open calls will support basic scientific discovery in all quantum domains. 
• Targeted programs will focus on overcoming practical challenges, such as improving quantum error correction, building long-range quantum communication networks, and miniaturizing quantum sensors. 

The Quantum Europe Research and Innovation Initiative will coordinate these efforts and ensure breakthroughs reach industry faster through a lifecycle model that turns scientific ideas into real-world products. 

Building the Right Infrastructure for Quantum

New facilities are being established to help researchers, startups, and companies test and validate their technologies: 

• A shared network of open-access quantum testbeds is being built from existing pilot facilities. 
• These include advanced environments with cryogenic cooling, vacuum systems, and precision control electronics. 

This network will support faster prototyping and certification, allowing startups and SMEs to validate products without having to build costly labs themselves. 

Scaling the Quantum Ecosystem Across Europe

Quantum Competence Clusters (QCCs) are being expanded across all Member States. These clusters: 

• Provide regional hubs for quantum education, research, and industrial collaboration. 
• Help link academic institutions, startups, and major companies across Europe. 
• Act as connection points between national initiatives and pan-European goals. 

The strategy also includes public procurement programs to support early adoption in hospitals, energy companies, public services, and critical infrastructure. Europe is also encouraging large corporations to co-develop quantum solutions with startups in areas such as aerospace, automotive, manufacturing, and logistics.

Supporting Startups and Investment

While public funding supports early-stage research, Europe needs to improve access to late-stage investment: 

• The European Innovation Council (EIC) and European Investment Bank (EIB) are directing funds to high-potential quantum startups. 
• The Scaleup Europe Fund and the Strategic Technologies for Europe Platform (STEP) aim to unlock major capital for quantum companies. 
• Financial incentives and policy changes will also make it easier for private and institutional investors to support European quantum ventures. 

Securing the Quantum Supply Chain

Europe is taking proactive steps to reduce its dependence on non-European suppliers for quantum components: 

• A full EU-wide risk assessment of the quantum supply chain is underway, focused on materials, software, and hardware. 
• The upcoming Quantum Act will support local manufacturing and reduce vulnerabilities. 
• Plans include six pilot production lines, a design facility, and a quantum industrial roadmap, all launching between 2025 and 2026. 

Applying Quantum to Space and Defense

Quantum technologies are already finding application in secure communication, GNSS-free navigation, and sensing technologies: 

• Programs like EuroQCI and IRIS² embed quantum security into future EU satellite systems. 
• Quantum clocks, optical sensors, and cold atom systems are being tested for defense and space missions. 

By 2026, the EU will launch a roadmap for quantum sensing in security and defense and will fund new initiatives to bring civilian innovations into military use. 

Building Quantum Skills for Industry Needs

To fill the talent gap, Europe is launching the European Quantum Skills Academy in 2026. This academy will: 

• Provide centralized training and educational resources across all levels. 
• Partner with universities and industry to offer hands-on training and degrees. 
• Launch fellowships and mobility programs to attract top global talent. 

Additional programs include a quantum apprenticeship initiative, digital competitions, “returnships” for experienced professionals, and teacher training to encourage early quantum education in schools. 

Driving Progress Through Grand Challenges

From 2025 to 2027, Europe will pilot two major “Grand Challenges”: 

• One to build fault-tolerant quantum computers that can solve complex problems. 
• Another to create quantum-based positioning and timing systems for use where GPS is unavailable. 

Startups selected for these programs will receive funding and technical support from both public and private partners. More Grand Challenges could follow in areas like quantum medical imaging. 

Partnering Globally for Quantum Growth

Europe is engaging with like-minded countries including Japan, South Korea, Canada, and the U.S. to align on standards, research, and infrastructure. The EU also plans to: 

• Launch new multilateral initiatives. 
• Increase its involvement in international quantum alliances. 
• Shape global rules and ethics around quantum development. 

A Quantum International Cooperation Framework will be created to guide these efforts.

Encryption Consulting’s Role in Supporting the Quantum Transition

As the quantum era approaches, organizations must prepare to shift from traditional cryptography to quantum-resistant systems. Encryption Consulting offers a comprehensive PQC Advisory Service to support this transition. Our services include: 

• Assessment: We help you identify where your organization uses cryptographic assets, such as keys, protocols, and certificates, and evaluate their exposure to quantum threats. 
• Strategy: We develop a detailed migration roadmap that prioritizes systems based on data sensitivity, cryptographic lifespan, and business impact. 
• Implementation: Our team deploys hybrid cryptographic solutions, automates lifecycle management certificates, and ensures you stay compliant with the latest standards. 

Our expertise in PKI, HSMs, cryptographic governance, and compliance frameworks enables us to support governments, enterprises, and regulated industries as they prepare for the quantum era. 

Conclusion

Europe’s Quantum Strategy is a bold and detailed roadmap to becoming a global leader in quantum technology by 2030. With investments in infrastructure, education, research, and secure supply chains, the EU is laying a foundation for leadership not just in innovation, but also in industrial adoption and security. 

As quantum technologies begin to transform cybersecurity, communication, and defense, proactive preparation becomes a necessity. Encryption Consulting stands ready to help you navigate this transition with tailored assessment, strategy, and implementation support.  

Read the full report: https://digital-strategy.ec.europa.eu/en/library/quantum-europe-strategy

Frequently Asked Questions

When was the EU Quantum Strategy launched, and what is its goal?

The European Commission launched the Quantum Strategy on July 2, 2025, with the goal of making Europe a global leader in quantum technology by 2030, while maintaining its scientific leadership and boosting industrial competitiveness, tech sovereignty, and security.

What is the Quantum Act, and when is it expected?

The Quantum Act is a forthcoming legislative proposal, expected in 2026, that will build on the Quantum Strategy to support local manufacturing, reduce supply-chain vulnerabilities, and further strengthen Europe’s quantum industrial ecosystem.

What are Quantum Competence Clusters?

Quantum Competence Clusters (QCCs) are regional hubs being expanded across all EU Member States to support quantum education, research, and industrial collaboration, linking academic institutions, startups, and major companies to both national initiatives and pan-European goals.

How is the EU addressing the quantum supply chain?

The EU is conducting a full risk assessment of the quantum supply chain covering materials, software, and hardware. The upcoming Quantum Act will support local manufacturing, and plans include six pilot production lines, a design facility, and a quantum industrial roadmap launching between 2025 and 2026.

How does the strategy address the quantum talent gap?

The European Quantum Skills Academy, launching in 2026, will provide centralized training and educational resources, partner with universities and industry for hands-on training and degrees, and launch fellowships and mobility programs to attract global talent. Additional programs include apprenticeships, digital competitions, and teacher training for early quantum education.

How does the strategy apply quantum technology to space and defense?

Programs like EuroQCI and IRIS² are embedding quantum security into future EU satellite systems, while quantum clocks, optical sensors, and cold atom systems are being tested for defense and space missions. By 2026, the EU plans to launch a roadmap for quantum sensing in security and defense.