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12.01.2026News

QIA Launches Webinar Series on Real-World Quantum Internet Use Cases

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DELFT, THE NETHERLANDS— The Quantum Internet Alliance (QIA) is launching a public webinar series dedicated to exploring real-world applications of quantum networks that enhance privacy, security and efficiency across multiple domains.

The Quantum Internet is expected to transform how information is shared and protected. By using the unique properties of quantum physics, it enables new types of networks that can offer higher levels of security, accuracy and efficiency than today’s systems. The webinar series focuses on practical examples that show what these advances could mean in real-world settings.

It opens on 11 February with an introductory session by Michele Amoretti, QIA Use Case Team Lead and Director of the Quantum Software Laboratory at the University of Parma.

Subsequent webinars will examine use cases ranging from quantum-enhanced network management and secure whistleblowing to Internet-based SuperGPS, secure clock synchronisation using multiparty entanglement, and privacy-preserving document deletion.

The webinar series builds on earlier QIA outreach efforts, including a series of short social media reels posted last year to introduce selected use cases, as well as internal information sessions for QIA members that helped shape and refine the topics now being presented to a wider audience.

“We are getting closer to building the quantum internet,” said Michele. “Even as research continues, we are already exploring real-world applications with our partners, collaborating across industry, government and other stakeholders to shape the most meaningful uses.”

QIA has a dedicated Use Case Team that plays a central role in this effort. Comprising protocol experts and community specialists from academia and industry, the team engages with potential users, develops and describes use cases, and analyses and benchmarks them alongside the necessary applications and protocols. To understand the technical requirements and their relation to hardware parameters, these use cases are simulated on QIA’s simulation platform, SquidASM, in close collaboration with the QIA Architecture Team.

“This series aims to make those use cases tangible and demonstrate how a general-purpose quantum internet will transform the future of communication and information systems,” Michele added.

Each online session will feature expert presentations from QIA partners, live discussion, and audience Q&A. Webinars will be recorded and made available via the QIA website.

Register to the Introductory Webinar

Internet-based SuperGPS: Positioning and Timing over the Quantum Internet

This webinar explores Internet-based SuperGPS as an emerging quantum internet use case. It examines the limitations of satellite GPS in urban environments and explains how quantum-enabled time synchronisation over shared terrestrial infrastructure can deliver high-precision positioning without dedicated fibre networks.

To be led by Swaraj Shekhar Nande, researcher at TU Dresden, the webinar will outline the technical foundations of Internet-based SuperGPS, discuss its maturity as a quantum internet use case, and highlight where research efforts are focusing today.

Register to the webinar
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