The Q*Bird had joined Photonics for Quantum (P4Q) was a major step toward European technical power. Quantum photonic chip technology will be developed at this €50 million European pilot factory in 2026. The program brings together 29 significant technology development, commercial, and research partners from 12 European nations under the University of Twente.
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Bridging the Gap Between Laboratory and Market
P4Q‘s main goal is to solve a significant bottleneck in the quantum industry, the conversion of high-performance photonic components from laboratory demonstrations into reliable, manufacturable building blocks appropriate for common real-world deployment. This problem is especially serious in the field of quantum communication. Although there are prototypes for low-loss transmission, rapid modulation, and entangled photon creation, these technologies need to be scalable and repeatable before they can be integrated into operational infrastructure.
The real challenge, according to Dr. Joshua Slater, CTO of Q*Bird, is not just developing a single high-performance component but also making sure those components operate reliably with high-yield production. In the end, telecom-grade quantum infrastructure will be defined by this consistency, according to Slater. By creating the manufacturing processes, design frameworks, and packaging skills required to build these quantum photonic circuits at scale, P4Q hopes to fill the gap.
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Advanced Materials and Design Frameworks
Several photonic material platforms, which are crucial for the various requirements of the quantum environment, will be advanced by the P4Q pilot line. Alumina (AlOx), thin-film lithium niobate (TFLN), and silicon nitride (SiN) are some of these platforms. The project partners will create Assembly Design Kits (ADKs) and Process Design Kits (PDKs) to enable industrial adoption.
The consortium’s goal is to advance these vital technologies to Manufacturing Readiness Level 8 (MRL-8) and Technology Readiness Level 8 (TRL-8). By doing this, they intend to strengthen Europe’s technical independence by facilitating large-scale demonstrations and opening the door for industrial integration throughout the continent’s quantum ecosystem. These chips are anticipated to be at the core of strategic technologies, such as quantum computing and sensing in addition to communications.
Q*Bird’s Strategic Role as Lead User
QBird has been assigned as the primary user for the quantum communication use case within the P4Q framework. This role is essential for making sure that the hardware created in the pilot line complies with the real system-level specifications of functional networks. One of QBird’s duties is to conduct system-level testing for photonic integrated circuits designed especially for secure communication, which entails a thorough assessment of quantum teleportation capabilities and entanglement quality.
Thales, Thales Alenia Space, TNO, the Austrian Institute of Technology (AIT), Ligentec, and the University of Twente are just a few of the esteemed partners with whom QBird works in this capacity. QBird is positioned at the crucial intersection of deployed infrastructure and component innovation with this cooperative endeavor. Reliability and interoperability are essential components of any national or European-level infrastructure, according to Remon Berrevoets, CTIO and co-founder of Q*Bird.
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Proven Success in Real-World Deployment
QBird’s vast expertise setting up functional Measurement Device Independent Quantum Key Distribution (MDI-QKD) networks throughout Europe informs its participation to the project. The government, telecommunications, and critical infrastructure industries are among the high-security settings in which these networks currently operate. Notably, QBird has used hub-and-spoke designs to create multi-node metropolitan networks that enable scalable and secure quantum key distribution without requiring trusted nodes.
The future generation of photonic hardware is greatly influenced by this field experience. According to Berrevoets, Q*Bird designs solutions for settings where security and dependability are crucial rather than creating technologies in a vacuum. The ultimate objective of these endeavors is the shift from “bespoke engineering” to an industrial reality.
Strengthening European Sovereignty
Europe’s dedication to securing its position in the global quantum race is reflected in the financial support for P4Q. A total of €25 million from European funds and an additional €25 million from the national governments of the participating nations make up the €50 million budget. This initiative is intended to strengthen defenses against present cyberthreats and potential adversaries with quantum capabilities while securing the manufacturing capabilities required to maintain global competitiveness.
The CEO and co-founder of Q*Bird, Dr. Ingrid Romijn, emphasizes that Europe needs to go beyond invention and concentrate on the capacity to produce and develop these technologies. She sees P4Q as a chance to specify the hardware underpinnings of future infrastructure in Europe. The initiative intends to expedite the shift from isolated discoveries to deployable systems by bridging research excellence with industrial implementation.
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Building Toward the Quantum Internet
While protecting today’s data communications is QBird and P4Q’s immediate priority, their long-term goals go far beyond. Currently, QBird is working on technologies that will someday make a general-purpose quantum internet possible. To ensure that organizations are ready for a future in which quantum communication is commonplace, this includes connectivity solutions for quantum processors, modems, and sensors.
For MDI-QKD, the company’s Falqon Series already offers a next-generation solution with interception-proof security. With support from organizations like Oost NL, QDNL, Nanolab NL, and the Dutch Ministry of Economic Affairs, QBird is at the forefront of the endeavor to lay the “photonic foundations” for a safe and independent European quantum future. As the P4Q project moves forward, QBird hopes to incorporate the industrial-grade photonic chips developed through the pilot line into its product offerings, further improving the scalability and performance of its networking equipment.
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