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Haiqu

Haiqu provides a platform for building and running frontier quantum applications. The service focuses on enabling users to manage the complexities inherent in quantum computing environments. This allows organizations to develop and execute advanced quantum algorithms effectively.

Traction 10/10
Stanford, United States · HQ
Founded 2022161K+ followers
  • Artificial Intelligence
  • Quantum Computing
  • Software Only
Updated 9 months ago

Funding

Raised to date

$11MRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.

across 1 round

+5

$11M · Seed

Announced Jan 2026

Disclosed cumulative: $11M

Founders

1 founder

Mykola Maksymenko

Co-founder & CTO

Product

Problem

Current quantum computers are susceptible to noise, which limits the depth and complexity of quantum algorithms that can be executed effectively. This noise restricts the potential of quantum processing units (QPUs) to solve complex computational problems.

Solution

Haiqu develops middleware that optimizes quantum algorithms for execution on noisy intermediate-scale quantum (NISQ) computers. By employing approximation techniques, Haiqu's technology enables the execution of quantum circuits up to 100 times deeper than currently possible. This enhancement maximizes the capabilities of current QPUs, allowing users to run more complex algorithms and achieve better performance in quantum computations. The middleware embraces approximation by design to mitigate the impact of noise and maximize the potential of near-term quantum hardware.

Target Audience

Haiqu's primary customers are quantum computing researchers, developers, and enterprises seeking to enhance the performance of their quantum algorithms on current QPUs.

Features

  • Optimizes quantum algorithms for noisy quantum processing units (QPUs).
  • Enables the execution of circuits up to 100x deeper.
  • Employs approximation techniques to mitigate the impact of noise.
This profile is AI-generated and may contain inaccuracies.