EU Quantum Strategy Implications for U.S. Digital and Technology Exporters
Summary
In July 2025, the European Commission adopted the Quantum Europe Strategy, a policy framework designed to position the European Union (EU) as a global leader in quantum technologies by 2030. The strategy focuses on accelerating commercialization of quantum computing, quantum communications, sensing, and related digital applications. It also prepares the ground for a future European Quantum Act, expected in Q2 of 2026, which could introduce binding measures on investment, industrial capacity, and supply chain security.
The Quantum Europe Strategy is structured around five main priorities:
- Research and Innovation: Strengthening EU and national research programs to support commercially viable quantum hardware and software, including applications in artificial intelligence, cloud computing, cryptography, and data analytics.
- Quantum Infrastructure: Deployment of interconnected quantum computing systems and secure quantum communication networks integrated with existing high-performance computing and cloud infrastructure.
- Industrial Scale-Up: Support for startups and scale-ups and development of supply chains for photonics, semiconductors, cryogenic systems, and control software.
- Security and Dual-Use Technologies: Integration of quantum systems into cybersecurity, government IT, and secure communications, reflecting the dual-use nature of many quantum technologies.
- Skills Development: Workforce training initiatives, including a planned European Quantum Skills Academy, to address shortages in engineering and software expertise.
For U.S. exporters in the digital, software, semiconductor, and telecommunications sectors, the strategy signals increased public investment and expanding quantum infrastructure, alongside a growing EU emphasis on technological sovereignty and security. The strategy presents several commercial opportunities, and it identifies cooperation with “trusted partners” as important for building Europe’s quantum ecosystem. Like-minded countries and organizations (such as those with existing free trade, technology councils, or digital partnerships) can expect to work on joint quantum research programs, coordinated calls, share expertise, have reciprocal access to infrastructure, aligned intellectual property frameworks, work on developing global quantum standards, and sectoral applications, while ensuring collaboration is based on shared values, mutual trust, and complementarity of capabilities and markets to protect the EU’s strategic interests.
Specific areas of opportunity include:
Quantum Hardware and Components: Increased EU investment in pilot production lines and infrastructure is expected to drive demand for lasers, photonics equipment, cryogenic systems, advanced chips, and measurement tools.
- Software and Algorithms: U.S. firms specializing in quantum software, simulation tools, and optimization algorithms may find opportunities to partner with EU research centers, cloud providers, and industrial users.
- Telecommunications and Cybersecurity: Development of quantum communication networks and post-quantum cryptography is likely to increase demand for secure networking solutions, encryption technologies, and integration services.
- Cloud and Hybrid Computing: The EU plans to link quantum systems with classical supercomputing and cloud platforms, creating partnership opportunities for U.S. cloud service providers and infrastructure vendors.
- Research and Demonstration Projects: U.S. companies may participate in EU-funded research and pilot programs where cooperation with trusted non-EU partners is permitted, particularly in applied research and testing.
For more information, please contact Commercial Specialist Tea Jardas at Tea.Jardas@trade.gov
or Commercial Officer Joshua Startup at Joshua.Startup@trade.gov