Digital reconstruction of squeezed light
Researchers from CyberQ have published a new paper in npj Quantum Information titled "Digital reconstruction of squeezed light for quantum information processing"
CyberQ
Advancing Cybersecurity with Continuous Variable Quantum Cryptography
Pioneering Quantum Key Distribution
CyberQ is a groundbreaking initiative developing scalable, cost-effective, and resilient quantum key distribution (QKD) systems that address today’s challenges in security, performance, and usability, aiming to establish a sustainable quantum cryptography ecosystem in Denmark and beyond.
Vision
To pioneer secure, scalable, and device-independent QKD systems that enable versatile, multi-party quantum communication networks, strengthening digital sovereignty in Denmark and beyond.
Project goal
To overcome key challenges in QKD security, performance, and hardware miniaturization, paving the way for widespread quantum-safe cryptography adoption.
Unique expertise
CyberQ unites leading experts in quantum cryptography, photonic integration, and secure communication to drive quantum-safe communication forward.
Practical demonstration
CyberQ aims to demonstrate fully device-independent QKD systems and advanced multi-party protocols, showcasing practical and market-ready quantum cryptography solutions.
Consortium
CyberQ unites leading experts in quantum key distribution and photonic integration technologies, bringing together top academic institutions, innovative spin-offs, and industry leaders to accelerate the development and commercialization of secure quantum communication systems.
Project key facts
7
Partners
30+
People
8
Work packages
34
Deliverables
3.5
Project years
39.9
million DKK Funding
Curious for more details?
Explore our comprehensive project description for an in-depth look into the work plan and work packages.
Latest News
View all posts » 
Project kick-off
The CyberQ consortium kicked off the project with engaging talks and discussions, setting the stage for a successful journey ahead.