The European Commission’s Network and Information Systems (NIS) Cooperation Group has initiated a public consultation to gather feedback on its newly published roadmap aimed at establishing a quantum-safe digital infrastructure in Europe. This initiative seeks contributions from providers of critical infrastructure, industry stakeholders, academics, and the general public to refine the strategy for a transition towards quantum-resistant systems. The consultation remains open until September 29, with responses poised to significantly shape the forthcoming phases of this critical development. Participants are urged to propose enhancements to the roadmap, addressing sector-specific challenges and offering concrete suggestions to bolster the transition to quantum-resistant technologies. For instance, engaging with local tech communities can provide valuable insights into how different sectors are planning for quantum impacts. Suggestions of open-source tools or frameworks that could benefit the broader community are also welcome. However, the consultation specifically excludes submissions aimed at commercial product promotion. A selected committee will review the contributions, and those providing particularly valuable insights may be invited to expand on their proposals. This collaborative approach ensures that diverse perspectives are taken into account, enhancing the robustness of the roadmap.

This call to action follows the release of the “Coordinated Implementation Roadmap for the Transition to Post-Quantum Cryptography (PQC)” by the Work Stream on PQC of the NIS Cooperation Group. This document outlines the urgent need for organizations to start implementing PQC measures proactively. Organizations are encouraged to conduct risk assessments to determine their vulnerabilities to quantum threats, and to begin training their personnel in quantum-safe practices. Quantum computing is expected to revolutionize the field of cryptography by introducing new potential threats to data security, prompting the European Commission to actively engage with relevant stakeholders to prepare for a post-quantum cryptographic world. The ongoing efforts are part of a broader strategy to address these future challenges, ensuring that digital infrastructures remain secure as quantum technologies mature. Exploring pilot projects and case studies from leading tech firms that have begun implementing quantum-resistant solutions can provide practical insights for other organizations.

Further components of the Quantum Strategy involve launching the Quantum Europe Research and Innovation Initiative. This significant collaborative venture between the EU and Member States is designed to support foundational research alongside the development of applications crucial for both public and industrial sectors. The initiative is expected to enhance collaboration between academia and industry, fostering innovation that translates research into practical applications. The strategy also encompasses the establishment of a quantum design facility and the inauguration of six pilot lines for quantum chips, supported by public funding of up to €50 million, which aims to transition scientific advancements from prototypes to manufacturable products. This funding is crucial as it not only supports research but also encourages startups and established companies to invest in quantum technology.

Moreover, the strategy includes the development of a pilot facility for the prospective European Quantum Internet. This ambitious project aims to create a secure and efficient infrastructure for quantum communications across Europe. As part of the initiative, the network of Quantum Competence Clusters across Europe is being expanded, facilitating collaboration and knowledge sharing among researchers and industry leaders. Plans are underway to establish the European Quantum Skills Academy in 2026, which will focus on educating and training professionals in quantum technologies to ensure a skilled workforce is available to support this evolving field. Additionally, there is a concerted effort to develop a Quantum Technology Roadmap in collaboration with the European Space Agency, contributing to the European Armament Technological Roadmap. These efforts highlight the EU’s recognition of quantum technology’s strategic importance not just for commercial applications, but also for national security.

This extensive initiative demonstrates the EU’s commitment to advancing Europe’s technological edge in quantum computing while ensuring that the transition to this new era of technology does not compromise the integrity or security of existing digital infrastructures. The call for public input is just one of many steps designed to involve a wide array of stakeholders in crafting a secure and quantum-resilient future. Stakeholders are encouraged to participate actively, as their insights will shape the strategies that ensure Europe remains at the forefront of quantum innovation. With growing global competition in quantum technology, this initiative positions Europe to harness the potential of quantum computing while safeguarding its digital landscape.