BTQ Technologies Corp., a quantum technology company focused on accelerating the transition from classical networks to the quantum internet, announced that its MIMIQ™ large-scale quantum emulator is now available through qBraid’s managed application programming interface. The integration gives qBraid’s community of more than 35,000 developers direct access to a simulation platform that combines optimized state-vector emulation with Matrix Product State techniques, enabling the simulation of quantum circuits involving up to thousands of qubits and millions of gates.
The significance of the announcement lies in removing a practical barrier to quantum software development. Conventional state-vector simulators struggle with circuits of this scale, limiting researchers’ ability to validate algorithms, study noise effects, and test error correction protocols. By making MIMIQ™ available through qBraid Runtime, developers can run these experiments without setting up additional infrastructure, a change that could accelerate the pace of experimentation and the maturation of quantum software tooling.
The integration uses an open-source provider plugin built on QPerfect’s mimiqcircuits-python library. QPerfect is a wholly owned subsidiary of BTQ, whose shares trade on Nasdaq and the Cboe Canada under the ticker BTQ. Details of the company’s operations are tracked through its BTQ (NASDAQ: BTQ) (CBOE CA: BTQ) profile, and the full announcement is available through https://ibn.fm/ITzok.
BTQ CEO Olivier Roussy Newton said the collaboration expands access to large-scale quantum emulation and supports the development of software infrastructure needed to move quantum computing toward practical applications. That framing places the deal within a broader industry shift: as quantum hardware remains limited and error-prone, high-fidelity emulation serves as a bridge that lets developers build and refine the algorithms that will eventually run on real quantum machines.
The companies plan to showcase the technology at Quantum Developer Day on Dec. 7, 2026, and at Q2B26 x Chicago Quantum Summit on Dec. 8-10, 2026, in Chicago. For BTQ, the qBraid integration also represents a distribution channel for its middleware ambitions. The company describes itself as developing a full-stack, neutral-atom quantum computing platform spanning hardware, middleware, and post-quantum security solutions for finance, telecommunications, logistics, life sciences, and defense. Placing its emulator in front of a large developer community could help seed adoption of its tools ahead of that broader platform rollout.
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