A quantum computing testbed connecting a number of Netherlands-based data center locations has been launched by QuTech, Eurofiber, and Juniper Networks. This testbed makes it possible for collaborators to investigate secure communications based on the basic principles of quantum physics, among other applications of quantum cryptography. New partners are welcome to join the testbed and jointly investigate the potential of quantum computing technologies.
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One of the top centers for quantum technology in the world, QuTech – a partnership between Delft University of Technology (TU Delft) and Dutch Organization for Applied Scientific Research (TNO), has developed the specific MDI-QKD (measurement device-independent QKD) technology that the quantum computing testbed is based on.
Quantum key distribution (QKD) is a technique for dispersing encryption keys for data in a way that increases their resistance to eavesdropping efforts. The security of networks containing high-value data, such as that related to important infrastructure, governmental, law enforcement, and judicial department data, and financial data, is expected to be greatly aided by QKD. Data is protected by QKD against hypothetical future attacks by quantum computers both now and in the future.
When establishing bigger networks, MDI-QKD would offer a number of benefits in terms of security and cost-effectiveness over the currently used point-to-point QKD.
Integrating MDI-QKD
In this program, QuTech collaborates with Juniper Networks, a leader in AI networking, cloud computing, and linked security solutions, as well as premier open digital infrastructure supplier Eurofiber. Through this collaboration, QuTech is able to aid in the integration of an MDI-QKD proof-of-concept system into an industrial optical fiber network. At several Eurofiber locations, the MDI-QKD system will be installed. Through this partnership, QuTech, Eurofiber, and other partners can use Juniper Networks’ security, routing, and switching technologies to test out new ideas.
Examining the difficulties encountered during setup and use would also help create a new generation of MDI-QKD systems. It will be possible to develop new use cases and methodically investigate integration difficulties from the proof-of-concept trials through collaboration with existing and new partners and potential clients.
Developing Fundaments for Future Digital Infrastructure
TKI (Topconsortium voor Kennis en Innovatie) High Tech Systems and Materials is a co-funder of the project. The creation of this testbed can be viewed in the broader context of governmental initiatives to connect users, equipment suppliers, and technology providers in an ecosystem built on quantum networks.
One of the components of the National Quantum Network, which will be created and implemented as part of one of the Quantum Delta foundation’s Catalyst programs, is MDI-QKD. The purpose of this program is to establish the groundwork for the future digital infrastructure for the Netherlands and beyond.
“This is an important step for us because one of the goals of QuTech is to build and grow the quantum ecosystem,” said Joshua Slater, Quantum Scientist engineer QuTech. “This is a final proof-of-concept before QuTech launches a spin-out to commercialize QKD technology further.”
In the Netherlands, Belgium, France, and Germany, Eurofiber offers open digital infrastructure. Their 61,700 km fiberoptic network and eleven data centers would enable the company to strengthen these nations’ digital societies.
“For Eurofiber this is a great opportunity to be at the forefront of developments in quantum network technology,” said Marc Hulzebos, Innovation Manager at Eurofiber. “We are excited to participate in the project and learn about the benefits of quantum security and quantum connectivity for our data infrastructures, including datacenters. It is our aim to provide the benefits of quantum security and connectivity to our customers as soon as they become available.”
“We have received interest from our customers about advancements in Quantum technology and QKD, specifically,” said Melchior Aelmans, Chief Architect at Juniper Networks. “Our connected security solutions help customers secure every aspect of their networks. Participating in this testbed will provide valuable insights on quantum technology and how we can continue to keep customers protected now and into the future. The testbed offers a unique place to collaborate with partners on new security methods in Europe.”
Executive Summary
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This testbed makes it possible for collaborators to investigate secure communications based on the basic principles of quantum physics, among other applications of quantum cryptography.
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New partners are welcome to join the testbed and jointly investigate the potential of quantum computing technologies.
Integrating MDI-QKD
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QuTech collaborates with Juniper Networks, a leader in AI networking, cloud computing, and linked security solutions, as well as premier open digital infrastructure supplier Eurofiber.
-
Through this collaboration, QuTech is able to aid in the integration of an MDI
-
QKD proof-of-concept system into an industrial optical fiber network.
Developing Fundaments for Future Digital Infrastructure
-
TKI (Topconsortium voor Kennis en Innovatie) High Tech Systems and Materials is a co-funder of the project.
-
The purpose of this program is to establish the groundwork for the future digital infrastructure for the Netherlands and beyond.
