Use cases / Industrial

Engineering the future with quantum precision

From shop-floor scheduling to the simulation of new materials, Quip Network lets industrial firms de-risk R&D and maximize the output of physical assets through hybrid quantum and classical computing.

How quantum helps

Industrial advantage applications

Fabrication

Flow shop scheduling

Determine the optimal way to pack your job schedule against complex process dependencies and inventory requirements, maximizing profit per square foot.

Research and Development

Materials simulation

Simulate the properties of new materials to de-risk R&D. Gain high confidence in material behavior before investing in expensive lab time and physical prototypes.

Facilities planning

Design optimization

Crawl job-time and volume graphs to find the design specifications that maximize your manufacturing margin.

JIT manufacturing

Strategic forecasting

Anticipate demand shifts for industrial components across 7-day windows, enabling better supply-chain coordination.

Access

Efficient and accessible compute

High-end simulation is expensive when you reserve it and let it idle most of the year. Buy it on the spot market instead, exactly when a run is in front of you.

Spot-market pricing
Use competitive bidding to run your simulations when suppliers have excess capacity, drastically reducing the cost of high-end compute.
No PhD required
Leverage pre-built, open-source solvers designed by a global community of specialists, so you can focus on results rather than hardware architecture.
Implementation services
Postquant Labs provides consulting to develop custom hosting and algorithmic improvements tailored to your industrial workflows and data-privacy tolerances.

Simulate it on Quip Network

Whether it's a scheduling problem, a materials question, or a design space too large to brute-force, send us the spec and we'll scope a run.

Get Involved

Whether you’re a developer, infrastructure provider, or protocol foundation, we would love to learn more about your needs in the time of quantum supremacy and work together to ensure the seamless transition to a world with quantum computers.

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