USDC nanopayments for agents

Circle Nanopayments enables permissionless, high-frequency programmable payments. Send as little as $0.000001 with zero gas.

UI screen showing autonomous payment activity with USDC Nanopayments

Agentic payments in action

Nanopayments makes autonomous machine-to-machine transactions economical at scale with gas-free transfers as small as $0.000001. Our collaboration with OpenMind signals what’s next: robots that can operate as independent economic actors.

New demands

Built for agentic scale

Upend legacy limitations

Agentic commerce needs systems designed for sub-cent, machine-driven payments. Traditional rails and standard onchain flows fall short.

Remove cost barriers

Gas-free transfers mean the cost of a transaction will never exceed its value, opening up new opportunities for small payments.

Drive autonomous payments

AI agents need real-time programmable value movement that is economical at scale.

UI screen showing USDC being sent with Nanopayments
UI screen showing USDC being sent with Nanopayments

Circle Nanopayments

The financial rail for AI agents

Build on blockchain without the complexity and embed wallets tailored to your app.

Gas-free transfers

Nanopayments enables gasless USDC transfers by bundling small payments into a single onchain transaction — reducing per-transaction cost.

Batched settlement

Nanopayments’ batched settlement means developers can make gas-free transactions — unlocking payments as small as $0.000001.

Natively crosschain

Nanopayments supports developers moving value economically, reliably, and permissionlessly across any Gateway-supported EVM chain — all following the x402 standard.

Ship machine-scale payments

Agentic payments

AI agents often transact at a high frequency and in sub-cent amounts. Nanopayments lets them move value autonomously at internet speed without cost friction.

Usage-based billing

Nanopayments enables pay-per-use billing models, with AI agents charged only for what they use — whether that be per API call, per second of compute, or per dataset access.

Machine-to-machine commerce

As robots act autonomously, they need to be able to pay for operating costs like electricity. Nanopayments supports the formation of machine-to-machine marketplaces.

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Create the future of agentic commerce with Nanopayments

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