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From 2D layout to 3D digital twin in minutes
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MetGen Beta Now Live
This early access program invites trusted testers to explore the next generation of simulation-raw, real, and ready for your ideas. Sign up to test, tinker, and help shape the platform that connects blueprints to real-world innovation.
Try MetGen BetaMetGen for Warehouse
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MetGen for Warehouse
See Full VideoAI-Native. Industrial-Grade. Scalable.
MetGen is a scalable simulation platform built for the era of Industrial AI and Physical AI. It enables enterprises to generate highly accurate, simulation-ready digital twins of physical environments in minutes-without manual modeling. Built natively on NVIDIA Omniverse and structured with OpenUSD, MetGen acts as a data engine that enables scalable, interoperable digital twins-without manual modeling.
FEATURE
The Intelligence Loop that Connects Design to Operation
Adapt Dynamically
Adjust parametric assets and operational logic as conditions change
Integrate Smarter
Connect control logic, such as PLC, WMS, RoS, or Python, for real-time control and testing
Evolve Continuously
Keep simulation aligned with live performance and AI optimization
SimReady Environment & Assets Built for All
Build SimReady Assets once and deploy them across simulations-adapting to different suppliers, configurations, and operational logic. Our growing library is designed to connect with real-world control logic, enabling testing, validation, and iteration without rebuilding. Build Once. Simulate Everything.
From Blueprint to Digital Twin in Minutes
Industrial-grade geometry that's modular and parametric, enabling fast reconfiguration and controlled variation for Industrial AI & Physical AI training at scale.
Geometry - Engineering-Grade Structured
Built on engineering-grade structure, our geometry mirrors real equipment dimensions and configurations-enabling precise assembly and scalable variation.
Materials - Because Surfaces Define Behavior
Physically accurate materials model friction, reflectance, and texture, ensuring correct visual and physical interactions.
Physics - So Systems Behave as Expected
High-fidelity physics supports dynamics, collisions, and sensors, allowing simulations to reflect real operational behavior.
Logic - Connected to How Factories Actually Run
Simulation logic integrates with real control stacks-PLCs, ROS, and WMS-enabling a high-fidelity environment that mirrors real-world operations, enabling AI training, synthetic data generation, and insight discovery before deployment.
OUR DATA PIPELINE
From CAD to Capable
