Technology Overview
What is Arbitrum?
Arbitrum One is the largest Ethereum L2 by TVL ($20B+). It inherits Ethereum's security through optimistic rollup settlement while reducing gas costs by 90–99%. We have been building on Arbitrum since its launch.
Arbitrum One processes transactions off-chain and posts compressed batches to Ethereum mainnet — inheriting Ethereum's security while reducing gas costs from $2–$50 on mainnet to $0.02–$0.50 on Arbitrum. The DeFi ecosystem on Arbitrum includes GMX, Camelot, Radiant Capital, and Uniswap V3 — making Arbitrum the most composable L2 for DeFi applications.
When to Build on Arbitrum
Capabilities
What we build with Arbitrum
DeFi applications requiring Ethereum security guarantees with lower gas costs
Applications targeting the highest-TVL L2 ecosystem for liquidity integration
Any Ethereum application where mainnet gas costs create a UX barrier
Arbitrum since launch implementation
1,000+ projects implementation
Largest L2 TVL implementation
Use Cases
Where Arbitrum creates value
DeFi applications requiring Ethereum security guarantees with lower gas costs
A practical Arbitrum implementation area for secure, scalable blockchain products.
Applications targeting the highest-TVL L2 ecosystem for liquidity integration
A practical Arbitrum implementation area for secure, scalable blockchain products.
Any Ethereum application where mainnet gas costs create a UX barrier
A practical Arbitrum implementation area for secure, scalable blockchain products.
Implementation
How we implement Arbitrum
Discovery and fit
We validate requirements, user flows, transaction volume, security constraints, and integration needs.
Architecture
We define contracts, backend services, infrastructure, data flows, testing strategy, and deployment environments.
Implementation
Our engineers build, integrate, test, and document the production system.
Launch and support
We deploy, monitor, optimize, and support the system after production release.
Security
Security at every implementation layer
Threat modeling
Architecture is reviewed for asset custody, access control, external dependencies, and abuse cases.
Testing
Implementation includes unit, integration, edge-case, and regression testing before release.
Audit readiness
Smart contracts and critical infrastructure are prepared for independent security review where required.
Monitoring
Production systems include observability, alerts, incident response planning, and maintenance workflows.