Microsoft offers AirSim
Product
AirSim is Microsoft Research's open-source Unreal Engine simulator for drones and autonomous vehicles.
- Inactive
AirSim is a cross-platform, open-source simulator for drones, cars and other vehicles, distributed as a plugin for Unreal Engine with an experimental Unity release. It renders realistic environments and exposes remote-procedure-call APIs in C++, Python, C# and Java so autonomy software can read camera, depth and lidar data and command simulated vehicles. It supports software-in-the-loop and hardware-in-the-loop operation with flight controllers including PX4 and ArduPilot and a computer-vision mode for capturing depth, disparity and segmentation images.
Microsoft Research created AirSim in 2017 and released it under the MIT licence, with precompiled environments and build-from-source instructions for Windows and Linux; the final published release was version 1.8.1 in July 2022. Microsoft states that no further updates will be made and archived AirSim in favour of Project AirSim, its successor platform for aerial autonomy, while the original source code and documentation remain publicly accessible.
AirSim is Microsoft Research's open-source Unreal Engine simulator for drones and autonomous vehicles.
Project AirSim is IAMAI's open-source high-fidelity simulator for building and testing autonomous aircraft and robotic systems.
OVERPASS is a Game of Drones simulation environment for testing drone, robotics, and AI/ML concepts.
NVIDIA AlpaSim is an open simulation framework for closed-loop validation of autonomous vehicle stacks.
Gazebo Sim is an open-source 3D robotics simulator for algorithm development and testing.
dSPACE AURELION is a sensor-realistic simulation product for validating automated driving and driver-assistance functions.
Realistic simulation environments for training and evaluating robot policies at scale.
Fern learns world models from robot data for scalable policy evaluation and training.
Real-time 3D development platform for building games, visualizations, and industrial simulations across devices.
Project AirSim is IAMAI's open-source high-fidelity simulator for building and testing autonomous aircraft and robotic systems.
OVERPASS is a Game of Drones simulation environment for testing drone, robotics, and AI/ML concepts.
NVIDIA AlpaSim is an open simulation framework for closed-loop validation of autonomous vehicle stacks.
Gazebo Sim is an open-source 3D robotics simulator for algorithm development and testing.
dSPACE AURELION is a sensor-realistic simulation product for validating automated driving and driver-assistance functions.
MuJoCo is a physics engine for robot simulation and reinforcement learning.
Realistic simulation environments for training and evaluating robot policies at scale.
Fern learns world models from robot data for scalable policy evaluation and training.
Unreal Engine is a real-time 3D creation tool from Epic Games.
Real-time 3D development platform for building games, visualizations, and industrial simulations across devices.
PhysX is NVIDIA's real-time physics engine SDK for game, simulation, and robotics development.
Microsoft Designer
Azure Blob Storage
Azure IoT Central
MarkItDown
Microsoft Edge
Microsoft Clarity
Microsoft-Decision-1
Microsoft Purview Insider Risk Management
Semantic Kernel
Microsoft Dragon Copilot
Microsoft Teams Phone
Microsoft Excel
Microsoft Clipchamp
Azure Kubernetes Service
Azure Cosmos DB
Azure HDInsight
Microsoft Q&A
Azure Digital Twins
Microsoft Teams Custom Backgrounds
Azure Quantum