Shaping the Future of Quantum Communication
SQuaD
Innovations for Quantum Communication in Germany
Quantum Communication is a key technology for ensuring the security of digital infrastructures in our society. By exploiting Quantum Effects, it promises tap-proof data transmission within communication and information networks. One of today’s most widely researched applications is that of quantum-based Key Distribution (QKD). In addition to Post-Quantum Cryptography (PQC), this technology can significantly enhance both IT security and Germany’s technological sovereignty in a hyperconnected world.
Partners
Project Partners in SQuaD
The central goal of the umbrella project is to ensure a sustainable transfer of technology from the scientific community to industry and to lay the foundations for the establishment of a German Quantum Communication Industry. For this, SQuaD will bundle activities in the field of Quantum Communication throughout Germany and promote the dialog with other research hubs and start-up incubators in the field of classical communication technology and IT security.
The Project Partners in SQuaD are:
Project Coordination:
- Physikalisch-Technische Bundesanstalt (PTB), Braunschweig
- Bundesamt für Sicherheit in der Informationstechnik (BSI), Bonn
Consortium Partners:
- KEEQuant GmbH, Fürth
- Quantum Business Network UG, München
- Universität des Saarlandes (UdS), Saarbrücken
- Fraunhofer-Institut für System- und Innovationsforschung (ISI), Karlsruhe
- Fraunhofer-Institut für Angewandte Optik und Feinmechanik (IOF), Jena
- Fraunhofer Heinrich-Hertz-Institut (HHI), Berlin
- Leibniz Universität, Hannover (LUH)
News
News from SQuaD

Technology Roadmap Quantum Repeaters published
Study highlights current State of Research, technological Approaches, and possible Development Pathways for Quantum Repeaters: Quantum Repeaters are considered a

Paper on QTF Backbone published
QTF Initiative presents Proposal for the Development of a nationwide fiber-optic Backbone for Quantum Communication and Time and Frequency Distribution:

Launch of Q‑PLANET
New European Pilot Line for the Industrialization of neutral-atom-based Quantum Technologies: Quantum Technologies are considered a strategic field of the
Projects
Innovation Hub
The Innovation Hub for Quantum Communication is intended to systematically link and thus further intensify Germany’s existing and comprehensive research performance in the field of Quantum Communication with the industrial development of components, systems and solutions for Quantum Communication. The Innovation Hub connects the active stakeholders, projects and current topics in Quantum Communication, rather than connecting individual, unrelated topics.
The Innovation Hub consists of the umbrella project SQuaD for services coordinating and supporting the extension of an independent Quantum Communication Ecosystem in Germany and the following six industry-led projects:
6G-QuaS
DE-QOR
DemoQuanDT
Q‑Fiber
Quant-ID
QUIET
Quantum Communication Ecosystem
Actors in the Field of Quantum Communication in Germany
SQuaD is a multifaceted network of joint projects in the field of Quantum Communication in Germany.
Events
Events with SQuaD

Quantum Machine Learning
16 to 21 August 2026: Quantum Machine Learning in Bad Honnef – The Quantum Machine Learning workshop will take place

QuantumWay 2026
17 to 21 August 2026: QuantumWay 2026: Bridging Theory, Technology & Industry in Tromsø – From 17 to 21 August

QPL 2026
17 to 21 August 2026: 23. International Conference on Quantum Physics & Logic (QPL 2026) in Amsterdam – The 23rd
Research
Testbeds
Testbeds for Quantum Communication in Germany
SQuaD is the central point of contact for the expertise and infrastructure of Quantum Communication in Germany. The scope of SQuaD tasks includes the provision of testbeds and the creation of an overview of the numerous existing user platforms or testbeds in Germany that are available and usable for research and development in the field of Quantum Communication.
The testbeds include existing fiber optic networks (so-called dark fibers), free-beam links, base stations for satellite transmission, but also testbeds to characterize single-photon sources and detectors.
The testbed map shows where test labs for Quantum Communication Experiments are currently located in Germany and for which topics they are suitable.
If your existing or required testbed is not included on the map, please contact us at squad@ptb.de.
Jobs
Positions in the SQuaD Network

W3-Professor:in für Didaktik der Physik mit Schwerpunkt Quantentechnologien (m / w / d)
W3-Professor:in für Didaktik der Physik mit Schwerpunkt Quantentechnologien (m / w / d) (W2884) – bei der Universität des Saarlandes

W3-Professor:in für Experimentelle Physik der Quantentechnologien (m / w / d)
W3-Professor:in für Experimentelle Physik der Quantentechnologien (m / w / d) (W2885) – bei der Universität des Saarlandes (UdS) in

W3-Professor:in für Festkörperbasierte Quantenphänomene (m / W / d)
W3-Professor:in für Festkörperbasierte Quantenphänomene (m / w / d) – bei der Leibniz Universität Hannover (LUH) in Hannover – unbefristet –
Network
Connect with the Qcom Community!
Are you part of the Qcom community or would you like to join the Qcom community? Then you can access the networking platform here. The platform was specially developed to promote exchange within the Qcom community in Germany and Europe, to overcome fragmentation in the industry, and to create a highly networked, effective ecosystem that drives innovation and accelerates the commercialization of quantum communication technologies.
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Further Information
Downloads
View and download background information and materials.