Nord Quantique receives $30 million investment, now valued at US$1.4 billion

Nord Quantique announced the closing of a $30 million investment. Its total valuation is now US$1.4 billion, bringing it to unicorn status.

Deyana Goh - Editor
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Canadian superconducting quantum computing company Nord Quantique has announced the closing of a $30 million investment to support the advancement of the company’s roadmap towards fault tolerance in 2030. The company’s total valuation is now US$1.4 billion, bringing the company to unicorn status.

Investors in Nord Quantique now include BDC, certain fund(s) managed by Fidelity Investments Canada ULC, Panache Ventures, Presidio Ventures, Quantacet, Quantonation, and Real Ventures.

Previously, Nord Quantique secured $16 million USD through the Canadian Quantum Champions Program, a federal initiative designed to boost scalable quantum computing development in Canada. The company also advanced to Stage B of DARPA’s Quantum Benchmarking Initiative (QBI), securing $5 million in funding, with an opportunity to receive up to an additional $10 million during this phase of the program. The next stage of DARPA QBI, Stage C, brings the potential for up to $300 million in additional funding.

“Our hardware-efficient approach to quantum computing requires a fraction of the qubit overhead and a fraction of the capital. We aren’t interested in building the biggest or most expensive machine. Our goal is to build the most efficient one,” said Julien Camirand Lemyre, CEO and Co-founder, Nord Quantique. “This investment, and the investor interest behind it, is validation we are on the right path.”

Nord Quantique aims to differentiate itself through its approach to quantum error correction, which does not rely on extensive qubit redundancy. Instead, the company’s architecture leverages bosonic codes and multimode logical qubits to correct errors directly at the qubit level. This approach, says the company, achieves a 1:1 logical-to-physical qubit ratio, maximizing computational efficiency, enabling faster clock speeds and scalable, data-center-compatible quantum systems.

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Deyana Goh is the Editor for Quantum Spectator. She is fascinated by well-identified as well as unidentified flying objects, is a Star Trek fan, and graduated with a Bachelor's Degree in Political Science from the National University of Singapore.