The human layer for physical AI

Real-time teleoperation and trained remote operators that keep robots working in the real world. Every intervention is captured as data to train the next model.

Working on its ownRobot camera

Remote controls

Watch the keys light up as the operator drives, or take control yourself.

Session recording

Video
Robot state
Commands
Events
    1. 1. Robot works alone
    2. 2. It gets stuck, asks for help
    3. 3. A person takes over
    4. 4. Work continues, session saved
    Simulation of a sample session, not live footage or real results.

    Simulation, not live footage. Press Take control to try it.

    Robots shouldn't have to wait for perfect autonomy.

    A robot can do useful work long before it can handle every situation alone. Remote operators cover the difference, so you can deploy now and improve from real work.

    Deploy sooner

    Launch with people covering the tasks your robots can't do alone yet.

    Keep fleets working

    When a robot gets stuck, an operator gets it moving again without a site visit.

    Train on real work

    Each intervention records how a person solved the situation your model couldn't.

    One platform for remote robot operations

    You bring the robots. We provide the software to connect them, the people to operate them, and the data to improve them.

    Teleoperation software

    Stream live video from your robots and send commands back. Built to keep working when bandwidth or signal quality changes.

    • Live video from the robot
    • Remote commands to the robot
    • Built for changing network conditions

    Remote operators

    Trained people for launch and ongoing coverage, without building a teleoperation team first.

    • Launch support
    • Ongoing fleet coverage
    • No in-house team required

    Training data

    Every session captures video, commands, operator notes, robot state, and results in sync. Replay any intervention, find out what went wrong, and train on the best examples.

    From first connection to better models

    1. 01

      Connect

      Link your robot's cameras and controls to TeleOperator AI.

    2. 02

      Operate

      Operators see through the robot's cameras and send commands to complete the task.

    3. 03

      Capture

      Each session is recorded in sync, from the first frame to the final result.

    4. 04

      Improve

      Train your models on the best examples, so the same problem can need less help next time.

    Works with the hardware you already use

    Keep your robots, arms, and control devices. Running something else? Tell us about your setup.

    Robots

    Humanoids
    Unitree G1Unitree H1Agility DigitFourier GR-1
    Quadrupeds
    Boston Dynamics SpotUnitree Go2Unitree B2
    Mobile robots
    Clearpath JackalClearpath HuskyTurtleBot 4
    Mobile manipulators
    Hello Robot Stretch 3Mobile ALOHA

    Arms and hands

    Robot arms
    Universal Robots e-SeriesFranka Research 3Kinova Gen3UFACTORY xArmTrossen WidowX AIUnitree Z1SO-101
    Grippers
    Robotiq 2F-85Robotiq 2F-140OnRobot RG2
    Dexterous hands
    Shadow Dexterous HandAllegro HandLEAP HandInspire RH56Unitree Dex3PSYONIC Ability Hand

    Operator inputs

    Leader arms
    GELLOALOHASO-101 leader
    VR headsets
    Meta Quest 3Apple Vision Pro
    Gloves
    Manus gloves
    3D and haptic devices
    3Dconnexion SpaceMouseHaply Inverse3
    Standard controls
    GamepadKeyboard

    Cameras and software

    Cameras
    Intel RealSenseStereolabs ZEDLuxonis OAK-D
    Robot software
    ROS 2ROS 1
    Data formats
    LeRobotHDF5MCAProsbag

    Product names are trademarks of their owners and don't imply endorsement.

    A global operator network

    Operators in six countries across three continents, so someone can be on shift whenever your robots are working.

    North America
    United States, Mexico
    Europe
    Poland
    Asia
    India, Malaysia, Philippines

    Human help that scales down as autonomy improves

    Start where your robots are today. Operators do more at first, and less as your models learn.

    Data collection

    Operators perform the task through the robot, giving you recordings of the work done well.

    Pilot launches

    Put robots into real work early, with operators covering what they can't do yet.

    Exception handling

    The robot does the routine work. An operator steps in only when it needs help.

    Supervision

    The robot does the whole job. An operator watches its live video and can take control if needed.

    Built for real-time control

    While video travels to the operator, the robot keeps moving. The shorter the delay, the closer the operator's view is to what's actually happening.

    How far a robot moves at walking speed (1.5 m/s) before the operator sees it

    80 ms delay12 cm
    300 ms delay45 cm
    <80 ms
    Video delayThe time from the robot's camera to the operator's screen.
    99.9%
    UptimeLess than 9 hours of platform downtime in a year.
    24/7
    Operator coverageTrained people available at any hour, on any day.

    Design targets, not measured results. Actual latency depends on the network and cameras.

    Questions

    What can operators control robots with?

    Leader arms like GELLO and ALOHA for precise manipulation, VR headsets and gloves for hand and body movement, and gamepads or keyboards for driving mobile robots.

    What is teleoperation?

    Controlling a machine from another location. An operator sees through the robot's cameras and sends it commands over a network.

    Does teleoperation replace autonomy?

    No. It covers what autonomy can't do yet, and each session produces data that can help improve it.

    Do we need our own operators?

    No. We provide trained operators in the United States, Mexico, Poland, India, Malaysia, and the Philippines, so you don't have to build a team before you launch.

    Which robots do you support?

    Humanoids, quadrupeds, mobile robots, mobile manipulators, and robot arms. See the compatibility list above, and tell us if your hardware isn't on it.

    What happens when the network gets worse?

    The software is built to keep working when bandwidth or signal quality changes. Performance depends on your network and cameras, so we test it during the pilot.

    What does a session record?

    Video, commands, operator notes, robot state, and results, all in sync. You can replay any intervention and choose the best examples for training.

    How does a pilot start?

    Tell us what your robots do, where they run, and where they need help. We'll scope a pilot around that work.

    Put your robots to work.

    Tell us what they do and where they need help. We'll scope a pilot around it.

    Discuss a pilot