Physics.
Encoded in AI.
Physics. Encoded in AI.
The platform for engineering teams building and operating Physics AI at scale.
Luminary enables engineers to encode physics into AI, transforming how physical systems are designed, built, and operated. What once required thousands of simulations and months of iteration can now be explored in seconds, unlocking a new era of speed, scale, and ambition in engineering.
Adopted by teams pushing engineering forward.
Physics AI is reshaping engineering.
Faster Development
Replace slow simulation bottlenecks with near-instant physics prediction. Teams can iterate faster, without waiting on traditional analysis cycles.
Better Designs
Explore far more of the design space before committing, revealing better designs that were previously too costly or time-consuming to discover.
Lower Risk
Stress test designs across a wide range of operating conditions before committing to production. Catch failure modes in prediction, not in the field.
Operational Intelligence
Connect Physics AI to deployed systems to anticipate failures, adapt to real-world conditions, and improve performance in operation.
See It Live
Physics AI models deliver accurate, high-fidelity predictions of physical behavior in less than a second. What once took days of simulation can now be explored in seconds across the full design space.
The Physics AI Lifecycle
Luminary's Physics AI Factory
Comprehensive support for test, operational, and simulation data spanning structural, fluids, thermal, and electromagnetics.
Luminary's Physics AI Factory
Luminary connects data, model development, validation, deployment, and continuous retraining in one platform, giving teams a single system for operationalizing Physics AI.
Teams can train and validate models using state-of-the-art architectures, with evaluation, regression testing, and defined usage boundaries built into the development process.
APIs, SDKs, and Luminary's AI Assistant make it easier to embed Physics AI into the engineering tools and pipelines teams already use.
End-to-end traceability and model registry help teams understand what each model predicts, what data it used, what changed across releases, and where it is approved to run.
Built for high-stakes engineering environments.
Physics AI is the next level of complexity in AI, and Northrop Grumman is bringing this technology to our design engineers to dramatically speed up hardware development.
Han Park, VP, AI Integration, Northrop Grumman Space Systems
The Physics AI solution built with the Luminary Cloud SHIFT-SUV foundation model and Blender integration provides immediate insights into vehicle performance that designers and engineers need.
Fong Loon Pan, Principal Aero Design Lead, Honda
By running our proprietary flight sciences on their platform, we're accelerating innovation and developing next-generation Physics-AI models across our design process.
Obi Ndu, Chief Information & Digital Officer, Otto Aviation
Latest News
Luminary Introduces Luminary Private Cloud to Bring Physics AI Into Secure, Air-Gapped Defense and Aerospace Environments
02.24.2026 →Luminary Launches New Advanced Physics AI Models to Power U.S. Department of War by Air, Land and Sea
01.12.2026 →Luminary Cloud Successfully Completes First SOC 2 Type 2 Examination and ISO 27001 Surveillance Audit
12.01.2025 →Luminary Cloud and Northrop Grumman Launch Physics AI Model Powered by NVIDIA to Accelerate Innovation
10.28.2025 →Luminary Cloud Releases SHIFT Wing, a Physics AI Model for Transonic Wing Design
07.22.2025 →Luminary Cloud Unveils First Physics AI Open Source Automotive Foundation Model for SUV Aerodynamics
04.09.2025 →Experience Physics AI.
Explore real world applications with live Physics AI predictions.
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