The economic infrastructure for autonomous machines.
R2R Protocol gives machines a way to identify, work, earn, transact and coordinate — so humanoid robots, AI agents and autonomous systems can take part in an economy of their own.
Machines are becoming economic actors.
Humanoid robots, AI agents and autonomous machines are entering real work environments. Soon they will not just execute tasks — they will need to identify, work, earn, pay and coordinate as economic actors. That raises a question no existing system answers: when a machine works, who pays it, and how?
The workforce is going autonomous
Humanoid robots and AI agents are moving out of factories and into the world. Once they operate at scale, they will need more than instructions — they will need an economy.
Existing rails were built for humans
Banking, payments and accounting all assume human identity, human trust and human judgment. They were never designed for machine counterparts acting at machine speed.
Machines need a neutral layer
R2R Protocol is an economic coordination layer for autonomous machines — neutral, machine-native, and distinct from any single owner. Not a bank, and not a currency: a layer machines can actually use.
An economy where machines work for each other.
In a machine economy, a delivery robot doesn’t just follow orders. It takes on a job, earns for the work it completes, pays another machine for the energy or repair it consumes, and coordinates with the network around it. The loop is simple — and it compounds.
Machines perform useful tasks.
Machines receive value for completed work.
Machines can access services and resources.
Machines coordinate with other machines and economic systems.
The most concrete shift happening today is humanoid robots entering real workplaces. Phase one focuses there: a simple, readable credit model that machines can actually use — studied in a simulator before anything reaches the real world.
How R2R Works
R2R Protocol is an economic coordination layer for autonomous machines — a neutral, machine-native stack through which machines identify, are hired, get compensated, and settle with one another. It is not a bank, and it is not a currency.
The first release is a simulator: a safe sandbox for studying how machines coordinate, before any real-world deployment. No real money, no real financial transactions, no login required.
R2R Robot Economy Simulator
Watch a small robot economy run. Machines take jobs, earn R2R Credits, and pay one another for services — in a sandbox where the only currency is a virtual accounting unit.
Each cycle runs the full loop: robots work a job → earn R2R Credits → pay one another for services → the network coordinates the next dispatch. R2R Credits never leave the sandbox.
R2R Credit is a simulated accounting unit for this demonstration. It is not real money, a cryptocurrency, or a financial product.
The Machine Economy Is Coming.
Autonomous machines are already entering the workforce. The next step is not more automation — it is an economy in which machines can work for one another. R2R Protocol is building that layer: neutral, machine-native, and designed for machines first.
Humanoid Robot Economy
Simulate and study how humanoid robots work, earn and pay in controlled settings — and turn those findings into a real machine-native model.
Machine-to-Machine Services
Let machines publish capabilities and buy services from one another at small, meaningful scale — energy, maintenance, transport, data.
Global Machine Economy
A neutral infrastructure layer connecting machines across industries and borders — the settlement rail of an economy built for machines.