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1QBit

A Canadian quantum computing software company focused on quantum computing algorithms and software applications.

Last updated August 25, 2026

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Overview

1QBit is a quantum-computing software company headquartered in Vancouver, Canada, and founded in 2012. It works on software, algorithms, and applications for quantum and high-performance computing, with an emphasis on computationally demanding areas such as optimization, machine learning, materials, and chemistry. Unlike a consumer-electronics brand, 1QBit has focused primarily on software research, technology partnerships, and exploring quantum-computing applications for businesses and research organizations. Publicly verifiable information about its recent operations, ownership, revenue, customers, and commercial product portfolio is limited, so those details are not asserted here.

History

1QBit was established in Canada in 2012 with a focus on quantum-computing software and applications. Its development took place alongside the broader effort to commercialize quantum computing. Rather than manufacturing quantum hardware, the company has concentrated on algorithms, software tools, and application-layer research. Public descriptions associate its work with practical uses of quantum computing in areas including optimization, machine learning, materials, and chemistry, as well as collaborations with hardware companies, research institutions, and industry partners. Reliable and continuously updated public information about later organizational changes, specific product evolution, financing, and current operations is limited, so no further claims are made here.

  • 2012

Products and positioning

  • Quantum computing software and algorithms

    A core area of 1QBit's work covering software, algorithms, and application research for quantum and related high-performance computing environments, targeting problems such as optimization, machine learning, materials, and chemistry.

  • Quantum optimization applications

    Exploration of quantum-computing applications for combinatorial optimization and other complex decision problems. Public information is insufficient to confirm a specific commercial product name.

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