Project AirSim for aerial autonomy
Explore our end-to-end platform for safely creating, training, and validating autonomous agents through simulation to address the world’s evolving mobility needs.
Powerful tools in a flexible platform
Project AirSim makes autonomy achievable through flexibility, integration, and extensible building blocks to create solutions at any scale.
Procedurally built virtual 3D GIS based environments reduce the sim-to-real gap
Data at any scale
Capture massive amounts of experience data to train your autonomous AI models
Pre-trained AI models
Speed up development with customizable, pre-trained AI building blocks
Get to market faster with an open ecosystem to develop, train, validate, and deploy
Accurately simulate the real world
Safely build, train, and test autonomous agents with accurate and programmable simulation of sensors, physics, airframes, batteries, and pre-built, geo-specific, dynamic environments. Improve cost and save time as you develop perception models at scale through high-fidelity, reusable simulations.
Integrate real-world, synthetic, and hybrid data
Programmatically generate large volumes of synthetic labeled data and combine with data from first- and third- party providers to speed your AI training. Easily search, merge, and manage data sets in the cloud to enhance autonomy models.
Accelerate autonomy with AI models
Start with customizable, pre-trained AI building blocks to accelerate development and eliminate the need for AI expertise to build autonomy across all phases of flight. Project AirSim provides the launch pad you need to quickly build, test, and validate autonomous solutions and deploy them safely.
Innovate quickly on an end-to-end platform
Close the sim-to-real gap on an open, extensible, and modular platform. Run SIL/HIL tests safely at cloud scale. Leverage a growing ecosystem of models and solutions from partners and get certified faster.
We create autonomous routines for frontline workers – people who don't use drones on a regular basis but need them to act like any other tool in their service vehicle. Project AirSim is transforming how robotics and AI can be used in an applied fashion.
—Joshua Riedy, CEO, Airtonomy
Autonomous solutions greatly reduce the costs and risks associated with inspection of infrastructure such as cell towers or wind turbines. AI models detect and avoid obstacles during flight, then identify anomalies in the inspection.Watch the Inspection demo