Research project

QUIXOTE

Spain
QUIXOTE

The main objective of the Quixote Cervera Network of Excellence is to consolidate an ecosystem of scientific and technological excellence in the field of quantum technologies applied to security. It aims to generate advanced knowledge and innovative solutions that strengthen national strategic autonomy, superiority in information processing, and the resilience of critical capabilities.

Through cooperation among leading technology centres, the project seeks to research and prototype high-precision quantum sensors that ensure the detection (including anomaly detection), positioning, and autonomous navigation of land, naval, and aerial platforms in GNSS-denied environments. Furthermore, it will develop quantum-secure communication networks integrating Quantum Key Distribution (QKD), hybrid post-quantum cryptography, and new advances in quantum security protocols and mechanisms, protecting command and control communications against present and future cyber threats.

The Quixote Network of Excellence is composed of five technology centres that lead research and development in quantum technologies. The entities comprising this group are:

  • Asociación para la Investigación y Desarrollo Tecnológico de la Industria de Castilla-La Mancha (ITECAM)
  • i2CAT Research & Innovation Centre
  • i+D Software Libre (FIDESOL)
  • Fundación Centro Tecnolóxico de Telecomunicaciones de Galicia (GRADIANT)
  • Lortek

Within the framework of the project, i2CAT will play an important role in the development of quantum-secure communication networks integrating Quantum Key Distribution (QKD), hybrid post-quantum cryptography, and new advances in quantum security protocols and mechanisms. This aims to protect command communications and maintain greater control over present and future cyber threats.

Estimated impact

Impact on Beneficiary Centres

Participation in Quixote will allow the five centres to reinforce their specialization in quantum technologies, enhancing their competitiveness and knowledge transfer capacity. The main impacts include:

  • Increase in critical research mass
  • Creation of high-skilled employment
  • Boost to intellectual property: a significant increase in scientific publications and patent or utility model filings associated with quantum algorithms, secure communications, and advanced sensors is anticipated.
  • Creation of new Technology-Based Companies (TBCs): developing solutions in areas such as hybrid quantum cryptography or quantum simulation of industrial processes will lay the foundation for at least one new technology-based spin-off/company.
Impact on the Business and Social Ecosystem

The Quixote project will have a driving effect on the nationwide business ecosystem, particularly on companies in the industrial, ICT, and security sectors. The expected impacts are:

  • Strengthening of strategic autonomy
  • Technology transfer to SMEs and large enterprises
  • Competitiveness enhancement
  • Training and qualification of professionals
  • Territorial and social impact: Quixote will contribute to creating skilled employment across different areas of the country.
Environmental Impact

The development of quantum technologies will also yield positive effects in terms of sustainability, aligning with the 2030 Agenda and the European Green Deal. The main impacts include:

  • Overall reduction in energy consumption thanks to quantum networks and more efficient communications that optimize infrastructure usage.
  • Lower carbon footprint in logistics operations through quantum algorithms for route and supply chain optimization.
  • Decreased need for physical travel due to ultra-secure, decentralized communications that facilitate remote command.
  • Enhanced resilience of critical infrastructures, preventing failures or cyberattacks that could cause environmental incidents.
  • Potential application of quantum sensing to natural environment monitoring and early detection of leaks or anomalies.
  • Support for the transition toward cleaner technologies through miniaturization and efficient resource utilization in sensing and communications.
  • Contribution to long-term sustainability by strengthening technological autonomy capabilities, reducing reliance on foreign solutions with larger environmental footprints.

Quixote is funded by the Centre for the Development of Technology and Innovation (CDTI) under the Cervera Centres of Excellence call. It aligns with the Technology and Innovation Strategy for Defence (ETID 2020), the National Plan for Quantum Technologies, as well as European initiatives such as the Quantum Flagship and the European Defence Fund (EDF). Its implementation contributes to achieving the EU’s open strategic autonomy goals, enhancing interoperability and technological sovereignty in the field of dual-use technologies and security.

Project website
Dates 01/01/2026 - 31/12/2028
Research and Innovation Areas Artificial Intelligence (AI)
Cybersecurity
Smart Networks and Services: 5G/6G
Space Communications

Project consortium