PHINYX AI
ABOUT PHINYX AI
Empowering All Engineers with Advanced AI-Driven Simulation Tools
Phinyx AI was born in George Karniadakis’s lab at Brown University, it leverages cutting-edge scientific machine learning to develop a powerful engine that solves complex, multi-physics, multi-dimensional engineering problems. Our mission is to make the most advanced engineering and simulation tools accessible to all design and engineering teams. As the future of engineering becomes increasingly digital and software-driven, we believe a team of computational PhDs shouldn’t be required to participate—Phinyx AI empowers all engineers to innovate faster and more efficiently.
Empowering Iterative Design Throughout the Process
EARLY DESIGN
+ Democratized expertise with our language model
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+ Fast iterations with cloud computing
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+ Powerful automations enabled with code customization
DETAILED DESIGN
+ Expand the scope of simulation with multi-physics capabilities
HARDWARE & TESTING
+ Powerful SciML integrates hardware data with simulation, driving faster to predictive modeling
OUR SOLUTION
Phinyx AI’s platform revolutionizes the entire simulation lifecycle, from concept to execution and continuous optimization. Whether you’re conducting simulations for product design, system optimization, or predictive maintenance, Phinyx AI provides a streamlined and efficient process. With multi-physics simulations, you can tackle complex engineering challenges across various domains like fluid dynamics, structural analysis, and heat transfer.
Phinyx AI leverages Physics-Informed Machine Learning to extract deeper insights while reducing common challenges in traditional AI, such as AI hallucinations. By grounding our machine learning algorithms in the laws of physics, we ensure that simulations are based on accurate, reliable data, minimizing the risk of generating unrealistic or incorrect outcomes. This approach leads to more robust, trustworthy solutions that optimize operations and enhance decision-making.
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Powered by scalable cloud infrastructure, Phinyx AI processes simulations at scale, delivering fast and reliable results. The platform seamlessly integrates into existing workflows, with flexible deployment options for both cloud and on-premise environments.
RAPID INNOVATION CYCLES
Phinyx AI accelerates product development, allowing engineers to iterate and validate designs faster.
COST
REDUCTION
By enabling virtual design validation and optimization, companies can reduce hardware and testing costs.
PHYSICS-INFORMED MACHINE LEARNING
Phinyx AI uses Physics-Informed Machine Learning to extract deeper insights from operations, optimize performance, and reduce downtime.
ADAPTABLE TO MANY DOMAINS
Flexible to simulation and design across domains like electronics, mechanical systems, electrodynamics, fluids, and many more
INTELLIGENT RESOURCE ALLOCATION
Matching hardware to the scale of the problem automatically on the cloud​
ACCESSIBLE TO NON-EXPERTS
Democratizes knowledge of physics and engineering, as well as machine learning