Haiqu: Quantum software that gets more out of near-term hardware

Haiqu is building software that can extract significantly more performance from the current generation of noisy quantum hardware.

What does Haiqu do?

Haiqu, a quantum software company, has developed an Agentic Quantum OS and middleware. This technology is designed to optimise near-term, noisy quantum hardware. It aims to overcome limitations of current quantum devices. This makes them more useful for real-world problems. Haiqu states its technology can achieve a 100x reduction in computational cost. It also claims running applications with up to 100x more operations on current devices. Haiqu further claims its platform can run up to 1000x cheaper on real QPUs.

Why does Haiqu’s work matter?

Haiqu’s focus on extracting maximum utility from current quantum hardware is significant. It addresses a critical bottleneck: the gap between theoretical quantum potential and practical application. For quantum talent, this means a demand for engineers who can bridge complex quantum theory with the realities of hardware limitations. The market benefits from accelerated progress in utilising existing quantum processors. It moves towards more impactful near-term quantum applications.

What does it take to build Haiqu’s technology?

Building Haiqu’s software demands a rare combination of skills. Deep expertise in quantum theory, particularly quantum circuits and error mitigation, is essential. Understanding the nuanced behaviour of real quantum hardware platforms, such as those from IBM, IonQ, or AWS, is also critical. Beyond theoretical knowledge, strong software engineering capabilities are required for developing the middleware and operating system components. Quantum People‘s career-mobility dataset records 2 tracked moves into Haiqu. Both inbound individuals arrived from deep-tech and research organisations, including Microsoft Quantum. This pattern highlights the demand for highly specialised talent. These are engineers who bridge fundamental quantum research with practical hardware implementation.

The QP read

Haiqu’s approach signals a clear direction in quantum software: optimising the present while anticipating the future. The company’s ability to attract talent from major deep-tech research divisions, as shown by Quantum People’s data, underscores the highly specialised nature of this work. It suggests a focus on foundational, performance-critical engineering. This highlights the skills cliff created by the NISQ-to-fault-tolerant transition. Companies like Haiqu need people who can make NISQ devices work today, not just theorise about future fault tolerance. The hiring race for these specific profiles will only intensify.

Frequently asked questions

What kind of quantum hardware does Haiqu’s software support?

Haiqu’s software is designed to optimise current, noisy quantum devices. It aims to work across various real quantum processing units (QPUs). This includes platforms from major providers.

How does Haiqu achieve performance improvements?

Haiqu uses an Agentic Quantum OS and middleware. This technology optimises quantum circuits. It reduces computational costs and allows for more operations on existing hardware.

What technical skills are most relevant for working at Haiqu?

Key skills include deep quantum theory, practical knowledge of quantum hardware behaviour, and strong software engineering abilities. This combination helps bridge the gap between theoretical quantum science and applied engineering.