Vancouver’s Photonic has earned international recognition for the design of its quantum computing systems, taking home a 2026 iF DESIGN AWARD in the Quantum Computer category.
Widely regarded as one of the world’s most prestigious design competitions, the iF DESIGN AWARD received more than 10,000 submissions from 68 countries this year, judged by a panel of 129 experts. Photonic’s win highlights not just the company’s technical ambitions in quantum computing, but its focus on making those systems usable and deployable in real-world environments.
Photonic is developing a new class of large-scale, fault-tolerant quantum computers built on optically-linked silicon spin qubits. Its industrial design mirrors that architecture—modular, scalable, and distributed—aimed at making quantum systems easier to integrate into existing data centre infrastructure.
Rather than treating quantum computers as standalone, experimental machines, Photonic is positioning them as part of a broader hybrid compute stack alongside CPUs and GPUs, all connected via standard telecom fibre. The company’s grid-based design system reflects that approach, enabling flexible configurations and incremental scaling using standardized, interchangeable components.
A key feature of the design is a multifunctional three-sided LED display cube, which acts both as an operational dashboard and a branding surface. The use of materials like metal, glass, and LED panels reinforces a balance between durability, clarity, and visual impact—elements typically underemphasized in advanced computing hardware.
“Receiving the iF DESIGN AWARD is validation that our industrial design is as forward-thinking as our architecture,” said Paul Terry, Chief Product Officer at Photonic. “This award recognizes the relentless focus on usability that drives everything we do.”
The design was developed in partnership with Design3, with Managing Partner Wolfgang Wagner noting the challenge of translating complex quantum technology into a physical form that is both functional and intuitive.
“Photonic is redefining what advanced computing platforms can be—elegant, user-centric, and ready for enterprise environments,” said Wagner.
The recognition comes as quantum computing continues to move from research labs toward commercialization, with companies like Photonic working to solve not just the physics, but the practical realities of deployment at scale.
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