Quantum

SURF is exploring quantum networking technologies to understand how they can be applied. This is to ensure that Dutch researchers and teachers are well prepared to take full advantage of these emerging technologies.

Quantum communication

The second quantum revolution offers researchers unprecedented opportunities. For the Internet to support research applications using quantum technology, new features must be added to the classical Internet to achieve what is known as the quantum net.

Towards the quantum internet

Much research is currently being conducted both in the Netherlands and worldwide on the design and development of quantum hardware that will form the building blocks of a future quantum internet. The quantum internet will enable new services, which transmit quantum information, in addition to the so-called classical internet services we use every day. However, new hardware alone is not enough to realise the vision of a quantum internet. This new hardware infrastructure will also require sophisticated control protocols to coordinate the movement of quantum bits through the network. In addition to this kind of low-level software, it is also envisaged that an Automation and Orchestration (A&O) platform will be needed.

Why quantuminternet at SURF?

Service and network management: as a network operator, SURF has extensive experience in designing, implementing and managing Internet and Internet-related services. This experience enables us to make a valuable contribution to ongoing research efforts by providing an operational perspective that is often missing from discussions on experimental network hardware and network infrastructure. SURF is currently exploring how our existing Network Automation and Orchestration platform can be used to integrate quantum services, such as quantum key distribution, into an operational network. The integration will also help researchers and vendors develop more mature technologies.
Use cases: SURF is currently participating in the pan-European Quantum Internet Alliance project that aims to build a prototype quantum network, with both intra- and inter-city connectivity, by the end of the decade. In anticipation of a large-scale quantum Internet, it is important to understand what the main applications of this technology will be. This will allow researchers, businesses and policymakers to prepare for and evaluate its impact on their work and society as a whole. To this end, SURF, as part of the Quantum Internet Alliance, is working with an international group of researchers and experts to identify and analyse the most promising potential applications of the quantum net.
Quantum cryptography: the development of large, universal quantum computers threatens the current public-private key infrastructure used to authenticate and secure most internet traffic and financial transactions. Since it is not known exactly when quantum attacks on standard cryptography will become possible, it is important to future-proof the existing cryptographic infrastructure well before "Q-Day". Therefore, SURF is not only investigating how quantum-secure cryptography, in the form of quantum key distribution, can be deployed in our network, but is also examining how best to roll out the deployment of quantum-powered cryptography services and where they are most needed.
Knowledge development and awareness: the second quantum revolution is expected to affect many parts of society, such as research institutes and IT organisations, both directly and indirectly. It is therefore of utmost importance that IT directors, managers of research programmes and information security officers are made aware that the topic of quantum technologies will become important to them in the future. Through workshops and publications, SURF will work to raise awareness about the impact of quantum technologies among these stakeholders.

Related projects

- Quantum network design: Netsquid
- Optimisation tools for experiments: YOTSE