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Haiqu Raises $11 Million Seed Round to Launch Hardware-Aware Quantum Operating System

Quantum Computing Report
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Haiqu secured $11 million in seed funding led by Primary Venture Partners to deploy its hardware-aware quantum operating system, designed to optimize near-term quantum applications. Investors include Toyota Ventures and Qudit Investments. The startup demonstrated loading 500+ data features onto IBM’s 128-qubit Heron processor in 2025, showcasing financial anomaly detection capabilities. Its OS reduces computational costs by up to 100x via circuit optimization and error shielding. Haiqu targets immediate commercial use in finance, aviation, and life sciences, bridging the gap to quantum advantage before fault-tolerant systems arrive. Its middleware enables complex workloads on noisy NISQ devices. Antonio Mei, ex-Microsoft Quantum PM, joined as Lead Product Manager to oversee the official launch. An Early Access Program now offers beta access for hardware-agnostic quantum application development. The system focuses on "quantum embedding" to lower cloud costs and hardware variability, making large-scale experimentation feasible for enterprises and researchers.
Haiqu Raises $11 Million Seed Round to Launch Hardware-Aware Quantum Operating System

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Haiqu Raises $11 Million Seed Round to Launch Hardware-Aware Quantum Operating System Haiqu has announced an $11 million seed round to accelerate the deployment of its hardware-aware quantum operating system (OS). The round was led by Primary Venture Partners, with participation from Qudit Investments led by John Donovan, Alumni Ventures, Collaborative Fund, Silicon Roundabout Ventures, and returning investors Toyota Ventures and Mac Venture Capital. This latest capital injection follows a 2025 technical milestone where Haiqu, in collaboration with IBM and the Bank of Montreal, demonstrated the ability to load over 500 data features onto a 128-qubit IBM Quantum Heron processor for enhanced financial anomaly detection. The startup’s flagship software stack is designed to reduce the computational cost of running near-term quantum applications by up to 100x. By optimizing circuits and implementing “error shielding” at the middleware layer, Haiqu’s OS enables complex workloads to run on existing Noisy Intermediate-Scale Quantum (NISQ) devices that would otherwise be too noisy or expensive for practical use. This approach targets immediate commercial utility in sectors such as finance, aviation, and life sciences, moving the industry closer to quantum advantage before the arrival of full fault-tolerance. Strategically, Haiqu is positioning itself as an essential orchestration layer for the quantum ecosystem. The company recently recruited Antonio Mei, formerly a Principal Technical PM at Microsoft Quantum, to lead the official product launch as Lead Product Manager. Haiqu has also opened an Early Access Program, providing researchers and enterprise partners with a beta platform to develop hardware-agnostic applications. By focusing on efficient “quantum embedding” of high-dimensional data, Haiqu aims to make large-scale experimentation viable for organizations currently limited by high cloud-access costs and hardware variability. Read the official funding announcement here and the company’s recent research on quantum-enhanced anomaly detection here. January 13, 2026 Mohamed Abdel-Kareem2026-01-13T08:48:41-08:00 Leave A Comment Cancel replyComment Type in the text displayed above Δ This site uses Akismet to reduce spam. Learn how your comment data is processed.

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Source: Quantum Computing Report