Electromagnetic simulation is a computer-based method for predicting how electromagnetic fields will behave in a virtual environment, enabling engineers to refine product designs without relying solely on physical prototypes.
This critical tool for testing new technologies or optimizing existing products reduces the need for multiple prototypes, accelerates development, cuts costs, and lowers environmental impact.
By virtually exploring thousands of design variations—and leveraging automated optimization techniques, including those powered by AI—companies can fine-tune products to gain a decisive edge over the competition.
However, the true value of simulation hinges on speed: if a single run takes days, progress stalls. With rapid, high-performance simulation, organizations can iterate quickly, innovate continuously, and stay ahead in a fast-paced market.
We’ve fundamentally reimagined the mathematics behind electromagnetic simulation. Unlike conventional solutions that simply optimize existing finite-element methods, our approach is rooted in more than 22 years of basic academic research in mathematics and scientific computing.
This work has yielded over 120 scientific papers in leading international journals and secured 10 patents, including collaborations with global leaders like Google and Renesas.
Our commitment to fundamental research and innovation has allowed us to achieve unprecedented simulation speeds, setting a new standard for performance in electromagnetic software.
The defining feature of our simulation software is its incredible speed. We’re talking about reducing simulation times from days down to mere seconds. This revolutionary level of acceleration underpins our claim that our technology is truly disruptive.
Our software runs entirely in the cloud, requiring no local installations. Any modern browser is all you need to access it, while resource-intensive simulations take place on powerful cloud servers—no specialized hardware required.
Our platform is optimized for specific applications, enabling users to achieve results with zero learning curve. These domain-focused solutions seamlessly integrate advanced simulation techniques with cutting-edge optimization methods—tailored to each product’s unique requirements—so that effective outcomes are delivered instantly.
Independent penetration tests regularly assess our software’s defenses against hacking attempts. We are fully committed to safeguarding both our customers’ data and our intellectual property, ensuring a secure environment for all users.
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