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Democratising Robotics Data

Drive the arm.Sign the data.Get paid.

Open Robotics pays people to teleoperate a robot arm in the browser. Finish a task, and the trajectory you recorded is hashed, signed by your own keypair, and checked against the physics before anyone gets paid. Nobody has to take your word for it.

Every trade of pays a human to teach a robot.

The Open Robotics simulator: a six axis arm at a bench with the microwave door open and the muffin on its plate
orn-0001, 30 Hz, nothing to install.Run it

2,812

Demonstrations recorded

every one signed

1,538

Slots still open

across 6 tasks

30

Wallets contributing

1.12M

Rewards paid to operators

Robot training data is expensive and scarce.

Labs pay operators by the hour to sit in front of a rig, and the data never leaves the building. We pay by the accepted demonstration instead, in the browser, and publish the result. The money comes from trading fees, so the queue keeps paying whether or not anyone raises a round.

That is the only thing the coin does. There is no staking, no lockup and no revenue share. Trading it funds the work.

  1. 1

    Somebody trades the token

    pump.fun charges a fee on the trade. Our share of it is routed to a treasury address we publish, not to a company account.

  2. 2

    The treasury funds slots

    Each task holds a fixed number of slots and a reward that rises as the pass rate falls. A task nobody can finish pays three times a coin flip.

  3. 3

    A person runs the task

    Drag the gripper, hit space to close it, open the microwave, place the muffin. Joint angles and object poses stream out at 30 Hz.

  4. 4

    The physics decides

    The server replays your recording through the same checkers the sim used. A run that never moved the objects cannot pass, whatever the client claims.

  5. 5

    It gets signed and published

    Trajectory to SHA-256, SHA-256 to your signature, signature to a Solana memo. The episode lands in a public dataset with your address on it.

Three things you can check yourself

The simulator is real

A six axis arm with an analytic IK solver, a parallel gripper, hinged doors, sliding drawers and gravity. Object positions are randomised on every reset, so a memorised path will not pass twice.

Drag
move the gripper
Space
grip and release
Q / E
roll the wrist
N / B
checkpoint, restore

You sign it, not us

This is the exact message your wallet shows you. Nothing hidden, no transaction, no gas.

OPENROBOTICS-DEMO-v1
task:orn-0001
hash:9f2c4a...e71b
seconds:104.20
samples:3126
ts:1766707200000

Anyone can verify an episode

The hash is the trajectory

sha256(canonical_json(episode)) == episode.demo_hash

The signature is that wallet's

ed25519_verify(message, sig, base58_decode(wallet))

The physics agrees

replay(samples) -> every checker latches, in order

Full schema and the verification steps are on the dataset page.

Open now

All 6 tasks

We have no traction to show you yet.

No customers, no logos, no uptime chart. The coin has not launched. What exists today is the simulator you can run right now and the verification path above. Here is what comes next, in order, so you can hold us to it.

  1. Now

    Six tasks live, physics verified end to end, wallet signing on devnet.

  2. Next

    Clip recorder and share card on every run, then the fair launch on pump.fun with the fee split published.

  3. Then

    The first dataset drop in LeRobot format, free, with a baseline policy trained on it.

  4. Later

    Task bounties: anyone can pay to put a task in the queue. Then the same client driving real hardware.

Free while the network is in preview

  1. 1. Pick a task in the Hub
  2. 2. Finish one clean run
  3. 3. Connect a wallet and sign it
Run a task