NVIDIA Isaac Sim
NVIDIA Isaac Sim is a robotics simulation application and synthetic data generation tool built on NVIDIA Omniverse for developing, testing, and training AI-powered robots.
Last updated October 30, 2026
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Overview
NVIDIA Isaac Sim is a commercial robotics simulation platform developed by NVIDIA Corporation. It is part of the NVIDIA Isaac robotics platform and is built on NVIDIA Omniverse, the company's real-time 3D design collaboration and simulation platform. Isaac Sim enables roboticists and AI developers to create physically accurate virtual environments in which robots can be designed, tested, and trained before deployment in the real world. The software supports a range of robotics applications, from industrial manipulators and mobile robots to autonomous vehicles and humanoids, and is used for reinforcement learning, synthetic data generation, and software-in-the-loop testing. Isaac Sim provides a high-fidelity physics engine, photorealistic rendering, and a suite of tools for importing robot models, building environments, and scripting robot behavior. It integrates with popular robotics middleware such as ROS (Robot Operating System) and supports standard formats like URDF and USD. The platform is closely tied to NVIDIA's broader AI and GPU computing ecosystem, leveraging RTX graphics and CUDA for accelerated simulation. It is offered under a commercial license, with enterprise support available through NVIDIA's licensing programs. The product is positioned at the intersection of robotics, AI, and simulation, targeting researchers, robotics engineers, and enterprises building autonomous systems. NVIDIA promotes Isaac Sim as a key tool for the development of embodied AI, where robots learn through simulated experience. The platform is part of NVIDIA's larger push into industrial digitalization and the metaverse, alongside Omniverse and the Isaac robotics stack. While specific founding dates and executive leadership for the product are not publicly detailed in the provided evidence, Isaac Sim is an active and evolving product within NVIDIA's portfolio, with regular updates and community adoption.
History
NVIDIA Isaac Sim was developed by NVIDIA Corporation as part of its Isaac robotics platform, which was announced in 2019. The platform was created to provide a comprehensive simulation environment for robotics development, leveraging NVIDIA's expertise in GPU computing and AI. Isaac Sim is built on NVIDIA Omniverse, which was introduced in 2019 as a real-time 3D design collaboration and simulation platform. The first version of Isaac Sim was released in 2020, offering a high-fidelity physics engine and photorealistic rendering for robotics simulation. Over time, NVIDIA has expanded Isaac Sim's capabilities, adding support for ROS, synthetic data generation, and reinforcement learning. The platform has been adopted by robotics researchers and enterprises for applications such as warehouse automation, autonomous mobile robots, and manipulation. NVIDIA continues to update Isaac Sim, with recent versions focusing on improved realism, scalability, and integration with AI frameworks. The product is part of NVIDIA's broader strategy to enable the development of embodied AI and industrial metaverse applications.
- 2020
First version of Isaac Sim released.
- 2019
NVIDIA announces Isaac robotics platform, including Isaac Sim.
Products and positioning
High-fidelity robotics simulation and synthetic data generation for AI-powered robotics development, built on NVIDIA Omniverse.
NVIDIA Isaac Sim
Robotics simulation application for developing and testing AI-powered robots.
Recent events
VicOne launches free VicOne Radeis extension for NVIDIA Isaac Sim[1]
Reported:
VicOne announced the launch of the VicOne Radeis extension for NVIDIA Isaac Sim, available as a free download, allowing robot development teams to test Cyber-Safety attack scenarios in simulation and verify whether attacks could affect their robot models' behavior. The extension is based on VicOne's Physical AI Safety Stress Test research at DEF CON 34 Robotic Hacking Community.
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