The next billion internet users won't be human.

Transaction processing at the speed of the AI economy.

Building the Transaction Layer for the AI Economy.

The next trillion transactions won't come from humans typing on keyboards. They'll come from AI agents making split-second decisions. Every API call, data lookup, and compute request becomes a micropayment - but current infrastructure can't handle this future. Legacy payment networks, traditional blockchains, and layer-twos collapse under the load.

Radius processes over two million transactions per second in parallel with sub-second finality, at 1/100,000th of a cent per transaction.

No block times. No bidding wars. Just instant settlement. Available for testing today.

OUR Funders

USE CASES

Powering the Future of Value Transfer

AI and Agent Economies

Enable real-time micropayments for data access, storage, bandwidth, compute resources, and agent-to-agent transactions. Seamless integration with major AI frameworks lets developers add payment functionality in minutes.

Stablecoin Infrastructure

Move dollars at internet speed and scale. Support micropayments down to fractions of a cent with zero-fee transactions. Perfect for streaming payments, usage-based pricing, and AI-driven commerce.

Financial Institutions

Move money and other financial assets in real-time 24x7, from high-value institutional trades to high-frequency micro-transactions. Deploy smart contracts that seamlessly interoperate with existing databases and systems of record, embracing digital assets while preserving traditional infrastructure.

how it works

Our architecture fundamentally rethinks blockchain's sequential limitations. Multiple processors work simultaneously, accessing state in real-time. More hardware = more throughput. Simple as that.

01

Parallel Execution

While traditional blockchains process one block at a time, Radius runs multiple transaction processors in parallel. More hardware = more throughput. Simple as that.

02

Real-time State Updates

Traditional blockchains make you wait for the next block to see state changes. We update state immediately in parallel as transactions execute. No waiting for confirmations. No stale data.