The Network

Coordinating the collective
to advance embodied AI

Coordinating the collective
to advance embodied AI

Coordinating the collective to advance embodied AI

The next robotics breakthrough won’t come from a single lab, it will come from the network

BitRobot coordinates embodied AI—organizing resources into subnets that accelerate innovation across robotics.

A network of subnets

A network of subnets

A network of subnets

BitRobot turns robotics R&D into an open, coordinated network 

Through subnets, contributors launch missions, verify results, and share rewards — creating a real economy for embodied AI

Get Involved

Get Involved

Get Involved

building blocks

building blocks

building blocks

The full robotics stack — powered by the collective to build, test, and scale embodied AI

01

Coordinate

Set missions for data collection, training, or real-world testing.

01

Coordinate

Set missions for data collection, training, or real-world testing.

01

Coordinate

Set missions for data collection, training, or real-world testing.

Subnets

Organize people, robots, and compute into focused missions.

Subnets

Organize people, robots, and compute into focused missions.

Subnets

Organize people, robots, and compute into focused missions.

Subnet Owners

Define goals, rules, and incentives to align contributors.

Subnet Owners

Define goals, rules, and incentives to align contributors.

Subnet Owners

Define goals, rules, and incentives to align contributors.

02

Execute

Bring missions to life with real contributions.

02

Execute

Bring missions to life with real contributions.

02

Execute

Bring missions to life with real contributions.

Embodied Node Tokens (ENTs)

Give each robot an onchain identity to track work and payments.

Embodied Node Tokens (ENTs)

Give each robot an onchain identity to track work and payments.

Embodied Node Tokens (ENTs)

Give each robot an onchain identity to track work and payments.

Subnet Contributors

Collect data, develop models, or provide compute, producing verifiable results that fuel breakthroughs.

Subnet Contributors

Collect data, develop models, or provide compute, producing verifiable results that fuel breakthroughs.

Subnet Contributors

Collect data, develop models, or provide compute, producing verifiable results that fuel breakthroughs.

03

Verify

Measure impact and prove results before rewards flow.

03

Verify

Measure impact and prove results before rewards flow.

03

Verify

Measure impact and prove results before rewards flow.

Verifiable Robotic Work (VRW)

Defines the metrics for valuable output.

Verifiable Robotic Work (VRW)

Defines the metrics for valuable output.

Verifiable Robotic Work (VRW)

Defines the metrics for valuable output.

Subnet Validators

Check contributions against VRW to ensure quality and fairness.

Subnet Validators

Check contributions against VRW to ensure quality and fairness.

Subnet Validators

Check contributions against VRW to ensure quality and fairness.

The embodied AI loop

Want to become a contributor?

Each subnet may have multiple types of contributors - ranging from researchers, to teleoperators, to robot owners, and many more. Click on a contributor type to learn how they support the network.

Researchers

Teleoperators

Start contributing today

Get Involved

Start contributing today

Get Involved

Start contributing today

Get Involved

Robot Owners

Compute Providers

Governance

BitRobot’s governance directs rewards to the most impactful contributors

Senate

A group of elected robotics and embodied AI experts who vote on which subnets receive rewards—ensuring resources flow to the most valuable work in the network.

senate

foundation

gandalf ai

network participants

Governance

BitRobot’s governance directs rewards to the most impactful contributors

Senate

A group of elected robotics and embodied AI experts who vote on which subnets receive rewards—ensuring resources flow to the most valuable work in the network.

senate

foundation

gandalf ai

network participants

Governance

BitRobot’s governance directs rewards to the most impactful contributors.

Senate

A group of elected experts from crypto and robotics who vote on which subnets receive rewards—ensuring resources flow to the most valuable work in the network.

senate

foundation

gandalf ai

network participants

Governance

BitRobot’s governance directs rewards to the most impactful contributors.

Senate

A group of elected experts from crypto and robotics who vote on which subnets receive rewards—ensuring resources flow to the most valuable work in the network.

senate

foundation

gandalf ai

network participants

economics

economics

economics

The BitRobot Economy

The Measurement–Evaluation–Rewards (MER) loop powers the network — funding missions, supporting contributors, and recycling value to advance embodied AI

01

IP Consumption

Rewards fund both resource use and the creation of valuable outputs like datasets or AI models. Licensing these outputs generates fees that help sustain the BitRobot ecosystem.

01

IP Consumption

Rewards fund both resource use and the creation of valuable outputs like datasets or AI models. Licensing these outputs generates fees that help sustain the BitRobot ecosystem.

01

IP Consumption

Rewards fund both resource use and the creation of valuable outputs like datasets or AI models. Licensing these outputs generates fees that help sustain the BitRobot ecosystem.

Economic loop 1

Economic loop 1

Economic loop 1

02

Resources Utilization

BitRobot uses rewards to assemble markets of valuable resources—like robots, compute, and teleoperators—that others can rent. Third-party usage incurs fees, helping balance emissions with real network demand.

02

Resources Utilization

BitRobot uses rewards to assemble markets of valuable resources—like robots, compute, and teleoperators—that others can rent. Third-party usage incurs fees, helping balance emissions with real network demand.

02

Resources Utilization

BitRobot uses rewards to assemble markets of valuable resources—like robots, compute, and teleoperators—that others can rent. Third-party usage incurs fees, helping balance emissions with real network demand.

Economic loop 2

Economic loop 2

Economic loop 2

Read the
full whitepaper

The BitRobot Network whitepaper proposes a subnet-based architecture designed for distributed robotic work and collaboration.

Read the Whitepaper

Read the Whitepaper

Read the Whitepaper

Frequently Asked Questions

What is the BitRobot Network?

BitRobot is the platform for distributed robotics research and development, coordinating global resources to tackle key challenges in robotics.

What is the BitRobot Network’s business model?

How is the BitRobot Network related to FrodoBots Lab?

Why is BitRobot built as a blockchain network?

Frequently Asked Questions

What is the BitRobot Network?

BitRobot is the platform for distributed robotics research and development, coordinating global resources to tackle key challenges in robotics.

What is the BitRobot Network’s business model?

How is the BitRobot Network related to FrodoBots Lab?

Why is BitRobot built as a blockchain network?

Frequently Asked Questions

What is the BitRobot Network?

BitRobot is the platform for distributed robotics research and development, coordinating global resources to tackle key challenges in robotics.

What is the BitRobot Network’s business model?

How is the BitRobot Network related to FrodoBots Lab?

Why is BitRobot built as a blockchain network?