Spain – Technology Performance Digest

Executive Summary

This report provides a comprehensive assessment of Spain’s current performance and future trajectory in four critical dual-use technology domains: 3d-printing, edge-computing, quantum-key-distribution, and smart-materials. The analysis focuses on the activities and capabilities of four Spanish organisations: Cetemmsa, LuxQuanta, Nearby Computing, and Ziknes. Spain has made notable progress in these areas, leveraging a combination of public investment, EU funding, and a growing ecosystem of research and industrial partners. However, challenges remain in scaling innovation, bridging gaps between research and deployment, and ensuring competitiveness on the global stage. The next five years present both significant opportunities for Spain to strengthen its position and risks that must be carefully managed.


Strengths

Robust Research and Innovation Ecosystem

Spain benefits from a well-established research infrastructure, with organisations such as Cetemmsa and LuxQuanta acting as key nodes in national and European innovation networks. The country’s universities and technology centres have a strong track record in materials science, photonics, and information and communication technologies (ICT), providing a solid foundation for dual-use technology development.

Strategic Focus on Dual-Use Technologies

Spanish government policy increasingly recognises the dual-use potential of advanced manufacturing, quantum technologies, and edge computing. This is reflected in recent national strategies and funding programmes that prioritise these sectors for both civilian and defence applications.

Leading Organisations

EU Support and Integration

Spain actively participates in EU-funded programmes such as Horizon Europe, the European Defence Fund (EDF), and Digital Europe, ensuring access to collaborative research, funding, and standardisation efforts.


Weaknesses

Limited Scale-Up Capacity

While Spain excels in R&D and prototyping, it faces challenges in scaling innovations to mass production and commercialisation. This is particularly evident in 3d-printing and smart-materials, where pilot projects often struggle to reach industrial maturity.

Fragmented Ecosystem

The Spanish dual-use technology ecosystem remains fragmented, with insufficient coordination between academia, industry, and government. This can result in duplicated efforts and missed opportunities for cross-sectoral innovation, especially in rapidly evolving fields like edge-computing and quantum-key-distribution.

Dependence on Foreign Technology

Spain’s supply chains for advanced manufacturing equipment, quantum hardware, and specialised materials are still reliant on imports, primarily from Germany, the US, and China. This dependence creates vulnerabilities in the context of global supply chain disruptions or geopolitical tensions.

Talent Retention Issues

Despite a strong educational base, Spain struggles to retain top talent in high-demand fields such as quantum engineering, AI, and advanced manufacturing. Brain drain to other EU countries and the US remains a concern, limiting the growth potential of organisations like LuxQuanta and Nearby Computing.


Notable Programmes & Investments

National and Regional Initiatives

EU-Funded Projects

Corporate and Venture Investment


Competitive Comparison

European Context

Global Benchmarks

Spain’s Niche Advantages


Opportunities for Collaboration / Export

EU and NATO Partners

Emerging Markets

Industry Partnerships


Risks & Mitigation

Geopolitical and Supply Chain Risks

Talent Drain

Fragmentation and Duplication

Cybersecurity and Regulatory Risks

Market Uncertainty


Outlook (5-year)

3d-Printing

Spain is expected to consolidate its position as a European leader in industrial-scale 3d-printing, particularly for aerospace and defence applications. Ziknes and similar firms will benefit from increased demand for lightweight, custom components and the integration of additive manufacturing into supply chains. However, scaling to mass production and ensuring quality standards will remain key challenges.

Edge-Computing

The adoption of edge-computing in critical infrastructure, smart mobility, and defence will accelerate, driven by organisations like Nearby Computing. Spain’s participation in EU digital infrastructure projects will enhance interoperability and resilience, but competition from US and Asian platforms will intensify.

Quantum-Key-Distribution

Spain, through LuxQuanta and national initiatives, will be at the forefront of QKD deployment in Southern Europe. Pilot projects are likely to mature into operational systems for government and critical infrastructure, positioning Spain as a regional hub for quantum-secure communications. Continued investment and international collaboration will be essential to maintain momentum.

Smart-Materials

Spanish RTOs, led by Cetemmsa, will drive innovation in smart-materials for dual-use applications, including adaptive camouflage, lightweight armour, and embedded sensors. The main challenge will be scaling laboratory breakthroughs to industrial and military deployment, requiring closer collaboration with end-users and integrators.

Overall Trajectory

Spain’s dual-use technology sector is poised for moderate but sustained growth, underpinned by strong R&D capabilities, EU integration, and a growing cohort of innovative SMEs. Success will depend on addressing scale-up and coordination challenges, retaining talent, and leveraging international partnerships. If these issues are managed effectively, Spain can secure a leading role in the European dual-use technology landscape by 2030, with significant export and collaboration opportunities.