Quantum Network Technologies

Qunett is developing scalable hardware solutions for quantum device connectivity that seamlessly integrate with existing infrastructure to enable deployable quantum networks. We aim to unlock the benefits promised by quantum technologies and significantly accelerate the timeline to reach practical applications. Our flexible quantum networking architecture allows for connectivity across diverse quantum information processing platforms and is designed to scale from data centers to metropolitan fiber optic networks and even to satellite-based global communication.

We move qubits.

Interested in joining our team? Check out our Careers Page for current job openings.

We're enthusiastic about the power of collaboration and are actively seeking partnerships and research collaborations that push the boundaries of quantum technology. Whether you're from academia or industry, we're excited to explore how we can work together to solve complex challenges and unlock new possibilities.

For more information about our services, potential research collaborations, or general inquiries, please contact us at info@qunett.com.

Our Solution

Quantum Routers

Built on solid-state spin-photon interfaces in diamond for reliable performance.
Scalable architecture with high qubit density for advanced quantum networks.
Long memory coherence, enabling stable quantum state storage over time.

Entanglement Sources

Generates highly spectrally multiplexed photon pairs for efficient operation.
Supports deterministic entanglement generation for enhanced performance.
Tunable wavelengths ensure compatibility with classical networks.

Transducers

Integrates a variety of quantum devices, enhancing system versatility.
Fully compatible with telecom infrastructure for seamless deployment.
Optimized for efficient data transmission across fiber networks.

Key Applications

Modular Quantum Computing

High-capacity quantum interconnects designed to network multiple quantum processors, enabling scalable distributed quantum computing.

Unconditionally Secure Communications

Memory-based quantum routers provide real-time breach detection, ensuring unconditionally secure communication over free-space and fiber optic channels.

Distributed Quantum Enhanced Sensing

Integrating quantum sensors with quantum computers accelerates data processing, enabling faster decision-making and greater precision in critical sensing applications.

Memberships & Affiliations

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