AI simulation optimized for industrial design.
Our simulation and testing infrastructure is built for the engineering challenges that demand the highest standards.
For objects as large as wind turbines and as small as microchips.
Aerospace
Turbine blade design, structural deformation, aerodynamics. Each simulation cycle costs weeks and tens of thousands of dollars. NPco compresses that to seconds, without sacrificing the fidelity that flight certification demands.
Defense
Next-generation defense hardware requires extreme complexity without compromising performance. NPco makes it possible to explore thousands of design configurations in the time it used to take to run one.
Energy
Wind farm optimization, turbine modeling, solar yield simulation. The calculations are massive, and so is the cost of getting them wrong. NPco gives energy engineers the iteration speed needed to build infrastructure that actually performs at scale.
Electronics
Thermal simulation for consumer electronics involves extreme mesh densities and multi-physics interactions at microscopic scale. NPco handles the complexity without the computational overhead that turns design exploration into guesswork.
Data Centers
As power density climbs, thermal management becomes the central engineering challenge. NPco enables rapid simulation of cooling architectures so teams can deploy faster and waste less.
Automotive
From crash safety to engine thermals, automotive engineers run simulations that are already consuming half of compute budgets. NPco cuts the cost and time per run, so the best solution gets found before the deadline runs out.
FAQ
What engineers ask before a first benchmark.
Does NPco work for aerospace and defense programs?
Yes. Aerospace and defense are two of the six sectors NPco works in. The models run entirely within your secure infrastructure, which suits programs with sensitive data.
Can NPco help with electronics and data center cooling?
Yes. NPco predicts thermal fields, which is what electronics and data center cooling studies rely on, so teams can compare many more layouts before running the full simulation.
My industry is not listed. Can NPco still help?
Probably. The models are not tied to one industry: if your team runs thermal, structural or fluid simulations, bring a case you have already solved and talk to an engineer.
Every industry has its bottleneck.
Tell us yours. We will show you what becomes possible when every iteration stops costing weeks.