solving real problems today

The world’s
open robotics lab

The world’s
open robotics lab

Where researchers, hardware operators, and compute providers come together to advance embodied AI.

builders & researchers from

bitrobot laboratory

robotics research

network online

mission statement

Crowdsourcing
the future of robotics.

Crowdsourcing
the future of robotics.

Crowdsourcing
the future of robotics.

BitRobot coordinates global resources and contributors to accelerate robotics R&D — unlocking the scale, diversity, and real-world experience needed for embodied AI breakthroughs.

open robotics

for human betterment

est. 2025

growing daily

Powering the embodied AI
models that will define robotics.

Each subnet runs focused missions with real robots in real environments. All data and models feed the broader BitRobot network.

Active missions: 7

SN/01

ET Fugi

Remotely operate real rover robots to catch alien fugitives in urban environments

Robotic embodiment:

Rovers

output type:

Teleop dataset

SN/01

ET Fugi

Remotely operate real rover robots to catch alien fugitives in urban environments

Robotic embodiment:

Rovers

output type:

Teleop dataset

SN/02

Earth Rovers Grand Challenge

Autonomous urban navigation models benchmarked against humans

Robotic embodiment:

Sidewalk Robot

output type:

AI Models

ag/01

Earth Rovers Agent Kit

Your personal playground for AI Agents & Embodied Intelligence

Robotic embodiment:

Sidewalk Robot

output type:

agents

ag/01

Earth Rovers Agent Kit

Your personal playground for AI Agents & Embodied Intelligence

Robotic embodiment:

Sidewalk Robot

output type:

agents

ag/01

Earth Rovers Agent Kit

Your personal playground for AI Agents & Embodied Intelligence

Robotic embodiment:

Sidewalk Robot

output type:

agents

two yellow-red-blue papers

SN/03

Robotic Origami Grand Challenge

AI models benchmarked against human experts from Nippon Origami Association

Robotic embodiment:

Robotic Hand

output type:

AI Models

two hands reaching for a flying object in the sky

SN/04

Robotic IKEA Assembly

AI models benchmarked against human furniture assembly

Robotic embodiment:

Mobile Manipulator

output type:

AI Models

two hands reaching for a flying object in the sky

SN/04

Robotic IKEA Assembly

AI models benchmarked against human furniture assembly

Robotic embodiment:

Mobile Manipulator

output type:

AI Models

two hands reaching for a flying object in the sky

SN/04

Robotic IKEA Assembly

AI models benchmarked against human furniture assembly

Robotic embodiment:

Mobile Manipulator

output type:

AI Models

a cell phone sitting on top of a window sill

SN/05

Seesaw by Virtuals

Real-world egocentric video collection through mobile phone task recording

Robotic embodiment:

iPhone

output type:

video dataset

a cell phone sitting on top of a window sill

SN/05

Seesaw by Virtuals

Real-world egocentric video collection through mobile phone task recording

Robotic embodiment:

iPhone

output type:

video dataset

A 3D printer is manufacturing orange plastic parts.

SN/06

TeleArms: RoboPlayground

Control simulated robotic arms to complete virtual tasks

Robotic embodiment:

simulation platform

output type:

Teleop-in-Sim Dataset

A 3D printer is manufacturing orange plastic parts.

SN/06

TeleArms: RoboPlayground

Control simulated robotic arms to complete virtual tasks

Robotic embodiment:

simulation platform

output type:

Teleop-in-Sim Dataset

A 3D printer is manufacturing orange plastic parts.

SN/06

TeleArms: RoboPlayground

Control simulated robotic arms to complete virtual tasks

Robotic embodiment:

simulation platform

output type:

Teleop-in-Sim Dataset

subnet performance

  • et fugi

    Largest sidewalk dataset on huggingface

  • telearms

    1.4k+ teleop-in-sim hours collected

  • seesaw

    4.5m+ Million tasks completed

  • telearms

    50k+ teleoperation missions completed

program: grand challenges

$5 million pledged to meet robotics’
toughest challenges

The BitRobot Foundation is funding bold, measurable challenges to move embodied AI out of closed labs and into the real world.

The BitRobot Foundation is funding bold, measurable challenges to move embodied AI out of closed labs and into the real world.

Prizes available: $5 million

Active Challenges: 3

current phase: accepting entries

winners: tba

entrants: confidential

Powered by the collective.
Built for the future.

BitRobot brings robots and people together — live at events, training in the real world, advancing embodied AI faster than any single team ever could.

BitRobot
in the News

Latest public
network stories

  • Humanoid Hub

    Founder Michael Cho's journey, a near-death plane crash that reshaped his outlook, his passion for robotics, and data collection via real-world games.

  • Conference on Robot Learning

    Keynote address on crypto's role in accelerating embodied AI research.

  • Robotics & Automation News

    BitRobot Foundation launches $5 million competition to ‘spark robotics breakthroughs’

  • 11AM with Seed Club

    Create the data assets so people can train the policies, then make it possible to use those data assets to create more capable robots.

  • Blockworks

    Frodobots raises $6M for Solana-based robotics network

  • Coindesk

    The data bottleneck in embodied AI, crypto's role in unlocking it, and where robotics fits in our lives