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Quantum Communication Fieldlab Rotterdam: A Step Towards Operational Security

On June 18, 2026, the Quantum Communication Fieldlab Rotterdam (QCFR) kicked off its operations at RDM Next in Rotterdam. This initiative represents a significant evolution from early pilot projects to the practical application of quantum-secure communication systems. With a collaborative framework, QCFR aims to validate and operationalize these technologies within critical and public infrastructure.

As digital interactions become more prevalent, the emergence of quantum computing presents new challenges, especially concerning data security. Traditional encryption techniques may become obsolete as quantum computers gain the ability to break existing methods of encryption. This emphasizes the urgent need for quantum-secure communication—a solution designed to bolster the security of organizations across various sectors, including banking, healthcare, and government.

A crucial component of QCFR's mission is addressing the 'harvest now, decrypt later' threat. This risk highlights the potential vulnerability of sensitive information intercepted today, which could be decrypted in the future when quantum computers are more advanced. The QCFR initiative strives to translate these challenges into actionable solutions through rigorous testing and assessment of quantum technologies, paving the way for trusted deployment in infrastructure.

The groundwork for QCFR builds on a remarkable precedent set in 2024, when a consortium, including notable players like the Port of Rotterdam Authority and QBird, successfully demonstrated the world's first scalable quantum internet connection within the port environment. This pilot validated the feasibility of quantum-secure communication even under challenging real-world conditions, setting the stage for QCFR's broader ambitions.

In 2025, Eurofiber and QBird secured funding for the QUEST project, promoting Quantum Key Distribution (QKD) across key data centers in the Randstad region. This accomplishment facilitates the operational implementation of quantum-secure infrastructure, allowing customers to access QKD services in various forms, thereby accelerating the adoption of quantum technologies within the Netherlands.

At the core of QCFR's focus is an emphasis on QKD and advanced QKD protocols. The Fieldlab navigates the complexities of establishing quantum-secure communication in real environments, addressing essential aspects such as technical resilience, interoperability, and smooth integration with existing systems.

Moreover, QCFR is dedicated to enhancing capabilities, transferring knowledge, and fostering practical insights to inform future practices for certification and assurance in quantum communication.

Regional Minister for Economy and Innovation, Meindert Stolk, underscores the importance of the QCFR initiative: "With the QCFR fieldlab, our partners in Rotterdam are taking significant steps toward quantum-secure communication. This is essential not only for our port operations but also for critical infrastructure and government organizations across the region. Our collaboration presents a substantial economic opportunity while enhancing security in Europe."

The QCFR consortium is composed of industry leaders—INSPIR8ION, Eurofiber, Q*Bird, Cisco, and CGI—who bring a wealth of experience to the table. Each partner plays a pivotal role, from providing the digital infrastructure to integrating these technologies into operational frameworks. Support from the Port of Rotterdam, the Municipality, and regional development entities solidifies QCFR's foundation within the community.

As the launch event gathered representatives from government and industry, it marked a momentous occasion for Rotterdam, solidifying its position as a hub for testing and validating quantum-secure communications. Thus, QCFR not only aims to enhance the digital resilience of the local infrastructure but also contributes to broader ambitions at the national and European levels regarding trusted connectivity and technological autonomy.

For those interested in engaging with QCFR, the initiative invites organizations to bring forward relevant use cases and explore opportunities for technology validation and knowledge sharing. More information on participation and contact points can be found on the QCFR website: www.qcfr.eu.

In summary, the establishment of the Quantum Communication Fieldlab in Rotterdam is a critical step toward securing the future of digital communications against the evolving landscape of quantum computing. QCFR represents an inspiring collaborative effort focused on innovation and security at the intersection of technology and infrastructure.