Build robots. Test ideas. Learn by solving. Bring a problem worth exploring and get closer to a working answer, with AI-assisted builders and simulation in your browser.
Meet RoboLabInside the platform
Describe a robot in the URDF Builder or shape an environment in the World Builder. Use AI assistance to create a starting point, then inspect and refine the result.
Explore the workspace
AI-assisted robot and world builders
Cloud workspaces with real robotics tools
Hands-on labs and graded feedback
Build your environment, define your task, and train your policy entirely in simulation. No hardware required to get started.
Run your trained policy against structured benchmarks in our cloud-hosted robot fleet. Real hardware, real physics — no lab needed.
Catch the sim-to-real gap before it costs you. AyroX surfaces the delta between simulated and physical behavior, so you know exactly what to fix.
Push the same policy directly to physical hardware. One codebase, one pipeline, from first training run to production robot.
01 Simulate 04 Deploy
Our quadrotor flies a warehouse aisle with no GPS. Its lidar maps the racks and flags each box it has scanned. Once the run holds up in simulation, the same policy flies the same airframe for real.
Fetching a coffee is four subtasks and three machines that have to agree on where the cup is. We build the whole sequence in simulation first — navigation, grasp, handoff, placement — and run it until it holds together every time.
The mobile base leaves the hallway and positions itself at the kitchen counter, close enough for the arm to reach across it.
The counter arm picks the cup off the worktop and sets it down on the base's shelf — the handoff both robots have to agree on.
The base navigates from the kitchen to the dining room without spilling what it is balancing.
The second arm lifts the cup back off the shelf and places it on the dining table. The task only counts if the cup ends up upright.
AyroX Labs builds the robots. The software ships as separate platforms, each named for what it does — and each new one will be too.
Write real ROS2, run it against Gazebo, and watch it in RViz2 — in a browser tab. Nothing to install.
LiveTrain a policy in simulation, then deploy it to a physical robot over an encrypted link, with safety checks and one-click rollback.
In developmentStructural inspection from a photograph. Locate cracks in concrete, rank them by severity, and show the arithmetic behind every score.
In developmentYour policy runs against physical robots you never have to buy, maintain, or stand next to. Queue an evaluation on a platform, then read the sim-to-real delta against the same benchmark you ran in Gazebo.
The reference ROS 2 learning platform. Small, predictable, and well documented — the fastest way to get a navigation or SLAM stack running against real wheels.
// SLAM, navigation tuning, multi-robot formation
Built on the iRobot Create 3 base with a depth camera and onboard docking. Handles longer autonomy runs and perception work that the TurtleBot 3 cannot carry.
// Depth perception, autonomous docking, long-horizon runs
A 4-DOF arm with a parallel gripper, driven by the same DYNAMIXEL bus as the bases. Pairs with a TurtleBot for mobile manipulation, or runs bench-mounted for pick-and-place.
// Grasping, pick-and-place, mobile manipulation
Our own quadrotor, built around a 360° lidar for indoor mapping. It is where a SLAM and navigation stack written in simulation meets real flight.
// Indoor mapping, SLAM, waypoint navigation
Structured tasks run in both simulation and on physical robots, so the delta is measured, not guessed.
Reproducible evaluation runs on real hardware, with the same protocol every time you change a policy.
Where simulated behavior diverges from physical behavior, and what actually makes a policy transfer.
RoboLab is AyroX's developer environment — a browser-based platform where developers learn to write real ROS2 code, run it against a live Gazebo simulation, and see results in RViz2, all in a single tab. No local setup. No Docker installs. No dependency management. Just open a browser and start building.
Try RoboLabWhether you want RoboLab access, a cloud fleet evaluation, or a conversation about deploying to your own hardware — send the details and we will route it to the engineer who owns that area.
