Robotics simulation before solution execution
As artificial intelligence (AI) and machine learning (ML) evolve, we expect robots to execute increasingly complex tasks with complete autonomy to sense the environment, respond to it and to execute actions within it. Robots are common in industrial and commercial settings – for complex assembly picking and packing, last-mile delivery, and more.
To verify solutions before implementing them in a robot, roboticists and developers need an experimentation platform that accurately mimics the real-world environment as well as the robot’s physical interactions with that environment. Through simulation, they can evaluate robot performance in terms of localization, motion planning and control.
Customer projects
Making robots more accessible
Learn how READY Robotics used Unity to build a robot simulator that lets anyone easily learn robot programming skills.
Digital twin testing in a virtual environment
Learn how Siemens uses Unity’s software and open-source robotics tools to test autonomous systems virtually before they are built and turn new applications into reality quickly.
The power of Unity for AI robotics
Since 2018, AI company Cross Compass has integrated Unity into the pipeline of several of its consulting services for the manufacturing field to train and validate AI algorithms safely before deployment.
Robots are hard, game engines are not
Formant gives robot companies the ability to observe, operate, and analyze robots at scale. Discover how Formant used Unity to build a simulator that provides a malleable, iterative environment.
Training and deploying AI for industrial robotics
Skip time-consuming data collection by training your AI for robotics entirely in Unity. In this Unite Now video session, learn about domain randomization from Cross Compass and hear from Accenture how this is shaping the future of robotics.
Learn more
Unity Robotics Visualizations Package
This toolkit for visualizing and debugging the internal state of robotics simulations allows Unity to be used as an all-in-one ROS simulation and visualization tool.
Unity and ROS 2
Unity now supports ROS 2. See how to boost your robot autonomy and check out our ROS 2 integration example project.
Simulate robots with more realism
See how the latest physics updates in Unity 2021.2 beta help achieve more realistic results from your simulations in Unity.
The factory of the future
Download our report to learn the vital role of robotics simulation, computer vision and real-time 3D technology to the future of manufacturing.
Teaching robots to see with Unity
Empower your robots to accurately pick up an object without explicit knowledge of the object’s location.
Robotics simulation in Unity
Learn about the latest tools that make robotics simulation in Unity faster, more effective and easier than ever.
Simulating robots with ROS and Unity
Learn how to achieve the necessary precision and accuracy for your simulations.
Easily prototype industrial designs
Learn how articulations in Unity make it easier than ever to simulate robotic arms and kinematic chains with realistic physics and movement.
Physics updates in Unity
Check out several updates to the PhysX integration in Unity that bring improved precision, stability and performance.
Explore our ecosystem
Check out Unity’s AI, machine learning and simulation products and learn how they can help you solve diverse problems. You can also become an early tester for future product releases – sign up here.
Unity Computer Vision
Get perfectly labeled, high-quality data for computer vision training at a fraction of the cost.
Unity Simulation Pro
This simulation-optimized runtime build makes it simpler, faster and more cost-effective to test and train powerful simulations at scale, on premises or in a private cloud.
Unity Machine Learning Agents (ML-Agents)
Create intelligent, responsive agents with a toolkit leveraging deep learning technology.