Distributed
Quantum Computing

Built for real world impact

Breakthrough Applications at Scale

Photonic is building a distributed quantum computing platform designed to address some of the world’s most complex computational challenges. From accelerating scientific discovery and advancing artificial intelligence to strengthening economic competitiveness and national security, many of tomorrow’s most important applications will require computing capabilities beyond the reach of today’s systems.

Photonic’s Entanglement First™ architecture was designed for scale from the start. By combining quantum computing and networking into a unified architecture, Photonic is creating a practical path to large-scale quantum systems capable of supporting transformative real-world applications.

Investors

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.

  • David Shaw

    Global Quantum Intelligence
Photonic’s unique approach promises unbounded scale at rational economics, unlocking quantum’s impact far more quickly than otherwise possible.

Our collaboration is focused on achieving the world’s first Level 3 implementation, delivering quantum supercomputing at scale.

  • Jason Zander

    Executive Vice President of Microsoft Quantum & Discovery
Photonic has key differentiators that set it apart from other quantum computing competitors:

  • Native, high-speed quantum interconnects that do not rely on the development of new technologies, unlike superconducting platforms
  • Scalable modular architecture capable of achieving utility-scale quantum computing

  • Zulfi Alam

    Corporate Vice President of Microsoft Quantum
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

  • Zulfi Alam

    Corporate Vice President of Microsoft Quantum
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
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.

Learn about our technology
T CENTRE QUBIT

A Unique Qubit Modality

The T centre provides the foundation for commercial-scale quantum computing systems and quantum networking. Photonic’s Entanglement First™ architecture leverages the T centre’s native compute, communication, and memory capability for performant, distributed quantum computing.

Learn about T centres
Products & SERVICES

Quantum Computing
Services, Systems, and Networks

Enterprises, governments, and academia will be able to access Photonic’s Quantum Computing through global cloud-based services on Microsoft Azure, or with dedicated private systems. Quantum Secure Networks will be enabled by Photonic’s quantum networking technology, which supports distributed, modular quantum computing and provides the foundation for Quantum Key Distribution and Quantum Repeaters. These capabilities will be integrated into communications networks and the quantum internet to deliver secure connectivity for governments, telecom providers, and financial institutions.

Commercially Valuable
Endless scale

Photonic's Entanglement First Architecture delivers thousands of stable, error-corrected qubits working together.
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High-Performance
Cost-Effective Qubit Platform

T centres in silicon form the ideal qubit platform, providing native integration of compute, memory, and communications. 
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Any-to-Any Connectivity
Distributed Quantum Computing

Seamless integration of processors over secure quantum optical networking supports modular systems.  
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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. 
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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.

Join our team
NEWS

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