Industrial-scale
onchain infrastructure
Bringing scalability, efficiency, and reliability onchain
The onchain economy needs online scalability - Radius is building it.
Radius is rethinking the onchain world from the ground up. Traditional blockchains process transactions linearly - limiting their potential. By enabling parallel transactions, Radius supports scalable, low fee, and reliable transactions - critical for the next wave of mass adoption of onchain applications.
OUR Funders
USE CASES
Global, frictionless EVM execution
DeFi Platforms
Handle large transaction volumes efficiently while facilitating activities such as lending, trading, and yield farming. Test and deploy DeFi contracts at scale.
Stablecoin Issuers
Support use of dollars on the open internet with scalable, low-cost, reliable infrastructure.
Financial Institutions
Ensure settlement happens in true real time - freeing your institution from fees and trapped liquidity
how it works
Conventionally designed blockchains require a global order for all transactions which bottlenecks scalability. Radius provides industrial-scale infrastructure that has demonstrated 2.8 million EVM transactions per second (and we're just getting started)
01
Parallel EVM Smart Contract Execution
Radius partitions the state across multiple servers, running many smart contract execution environments (or agents) in parallel. This significantly improves throughput and scalability compared to traditional blockchains, handling a much larger volume of transactions simultaneously.
02
Scale without limits
We enable seamless performance scaling as transaction volumes grows. By automatically adding additional hardware resources, Radius can increase platform throughput exponentially without sacrificing performance, ensuring optimal efficiency even under heavy load conditions.
03
Modular Virtual Machine (VM) Execution
Empowers developers to build, deploy, and manage onchain environments at light speed. This flexibility allows for customized setups tailored to specific use cases, providing greater control and adaptability compared to rigid, one-size-fits-all solutions.
04
Trusted State Integration
Ensure trustless parallel smart contract execution with trusted state management, guaranteeing atomic execution and data integrity across multiple sources. This approach enhances security and reliability, mitigating the risk of errors or inconsistencies that can occur with traditional state management systems.
CASE STUDY & CONFIGURATION
Real throughput
for the real world
SCALE
Transactions per second
SPEED
Settlement Time
Efficiency
Giga Gas Per Second
Team member research
PArSEC
Executing smart contracts in parallel
Project Hamilton
Building a hypothetical central bank digital currency