David Shaw
Global Quantum Intelligence
Unbounded Quantum Computing
Distributed by Design
Distributed Quantum Computing
for Breakthrough Applications at Scale
Photonic is building the world’s first commercial-scale, fault-tolerant quantum computer, powered by a unique qubit technology and designed for unlimited scalability from the start. Scaling quantum computers is the grand challenge—not just achieving quality, but quantity—because only at scale can we unlock exponential speedups for the world’s most critical problems, from drug discovery and climate modeling to secure communications and advanced AI.
At the core is Photonic’s Entanglement First™ architecture, which prioritizes entanglement distribution across nodes. Systems are engineered to scale seamlessly and deliver the performance required for breakthrough quantum applications. This architecture eliminates traditional—and quantum-specific—bottlenecks that limit scale.
Commercially Valuable
Endless scale
Photonic's Entanglement First Architecture delivers thousands of stable, error-corrected qubits working together.
High-Performance
Cost-Effective Qubit Platform
T centres in silicon form the ideal qubit platform, providing native integration of compute, memory, and communications.
Any-to-Any Connectivity
Distributed Quantum Computing
Seamless integration of processors over secure quantum optical networking for modular systems.
Fast and Lean Error Correction
Fault Tolerant Computing
High connectivity enables QLDPC codes—Photonic developed SHYPS, a code family capable of performing efficient quantum logic and error correction.
Our approach
Architected to
Scale up, Scale out, Scale performance
Photonic was founded on a simple conviction: conventional quantum computing architectures cannot scale to commercial utility. Achieving that requires a fundamentally different approach—one designed for scale, from the start, and at every level. Photonic’s Entanglement First Architecture scales up via dense qubit integration in a single integrated-silicon module, scales out through distributed computing across telecom-networked modules, and scales performance with fast quantum operations and efficient error correction across thousands of stable qubits.
Products & SERVICES
Quantum Computing
Offered as a Service or Dedicated System
Unlocking the full promise of quantum computing requires more than powerful qubits—it demands massive entanglement and any-to-any connectivity across systems. To provide true quantum advantage, quantum computers must entangle thousands of stable qubits on demand, simultaneously and seamlessly across multiple nodes. Distributed entanglement is the foundation for commercial-scale quantum computing, and Photonic has the technology to deliver it.
Quantum Secure
Networking
Our quantum networking technology combines integrated, on-chip optical interconnects and fibre optic telecom networking to deliver any-to-any connectivity and remove a critical barrier to scaling to millions of qubits. The optical interconnect supports scaling up within modules and telecom networking allows cost-effective connections between modules for ever increasing computing power and the creation of secure quantum networks.
T CENTRE QUBIT
A Unique Qubit Modality
The T Centre provides the foundation for commercial-scale quantum computing systems and quantum networking. Our Entanglement First™ architecture leverages the T centre’s native compute, communication, and memory capability for performant, distributed quantum computing.
View from Industry Experts
Photonic has a highly disruptive technology approach. Photonic’s silicon spin qubits with optical photonic interconnects hold the enticing prospect of synergies in quantum communications and networking.
These recent demonstrations are evidence on the way forward. The future path to 200kHz for distributed entanglement with 99.8% fidelity is very striking. This would enable a wide variety of applications. This sets a new bar for quantum roadmaps that others will be under pressure to follow. This stands to accelerate the industry.
With Photonic's architecture you get a 90 percent-plus efficiency of transferring the quantum state from electron to photon. That’s why I think it will become the dominant quantum computing architecture.
Dr. Hermann Hauser KBE
Co-founder of Acorn Computers (original developers of ARM CPU), serial entrepreneur, and co-founder of Amadeus Capital Partners
The takeaway: With Microsoft's partnership, Photonic Inc. isn't just accelerating quantum computing—it's reshaping the future of technology.
Quantum enthusiasts and investors alike should watch this space closely. The quantum race isn't just heating up; it's being redefined.
Global Quantum Intelligence
Photonic proposes an aggressive yet entirely possible roadmap to deliver FTQC well ahead of current market expectations.
Photonic offers a unique quantum modality (spin-photon qubits) as the foundation for scalable, distributed, fault tolerant QC systems. Photonic’s core technology offers a plausible shortcut to large-scale fault-tolerant quantum computing.
Bob Sorenson
Hyperion
Careers
Where Ideas Become Industry
Join us to Commercialize Quantum
Quantum isn’t built by physicists alone. We’re building a business—turning breakthrough research into real‑world products with a multi‑disciplinary team across software, hardware, photonics, product and project management, operations, marketing, and more. If you’re driven to make a difference, you’ll find full‑career paths, hands‑on problem‑solving, and the chance to ship world‑class technology with a world‑class team.
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