Multi-Chain Support
Every major EVM-compatible network, managed from one place. Deploy your contracts to five production networks — Ethereum, Polygon, Binance Smart Chain, Arbitrum, and Optimism — with the same interface, same monitoring, and same operational controls regardless of which chain you're on.
Each network also has a testnet environment for development and staging.
Supported networks
Ethereum
The original smart contract platform and the most widely used network for high-value applications. Ethereum mainnet has the deepest liquidity, the largest developer ecosystem, and the strongest security guarantees. Its gas costs are higher than other chains, reflecting the value of its blockspace.
Ethereum's block time of approximately 12 seconds means finality takes longer than faster chains. For applications where finality speed matters less than settlement security, Ethereum remains the default choice.
Sepolia is the current recommended testnet for Ethereum development.
Polygon
A high-throughput sidechain that runs EVM-compatible smart contracts at a fraction of Ethereum's gas cost. Block times of approximately 2 seconds and gas fees measured in fractions of a cent make Polygon the practical choice for applications with high transaction volumes or price-sensitive use cases.
Polygon uses MATIC as its gas token. The Mumbai testnet is available for staging.
Binance Smart Chain
A parallel chain to Binance Chain that runs the EVM, giving access to the large BSC user base and DeFi ecosystem. Block times of approximately 3 seconds and low gas costs in BNB make it attractive for applications targeting retail users.
Arbitrum
A Layer 2 rollup on Ethereum that inherits Ethereum's security while reducing gas costs by one to two orders of magnitude. Arbitrum One processes blocks sub-second and is fully EVM-equivalent — contracts that run on Ethereum run unchanged on Arbitrum.
For teams who want Ethereum-level security with practical gas costs, Arbitrum is often the right answer.
Optimism
Another Ethereum Layer 2 with similar properties to Arbitrum — low gas costs, fast blocks, and EVM compatibility — with its own ecosystem and liquidity profile.
One deployment, all networks
The platform makes multi-network deployment straightforward. Deploy the same contract to any combination of supported networks from the same record. Deployment history, monitoring, and alerts for every network live under the same contract.
Sequential and parallel deployment are both supported. Sequential deployment confirms success on each network before proceeding — useful when you need to verify behavior before committing to additional networks. Parallel deployment is faster when you're confident in the contract.
Network health monitoring
The platform monitors all supported networks continuously. Health status — current block height, block age, RPC latency, and sync status — is visible for every network your contracts are deployed on. Degraded network conditions trigger alerts before they affect your operations.
RPC node management
You don't need to manage your own RPC node connections. The platform maintains health-checked, load-balanced connections to all supported networks and fails over automatically when a node becomes slow or unresponsive. If your organization uses private nodes or premium RPC providers, custom endpoints can be configured and stored encrypted — the platform never returns your RPC credentials via API after they've been saved.
Working across networks
Contracts are EVM-compatible across all supported networks — what compiles and runs on Ethereum runs on all of them. There are minor behavioral differences between networks worth being aware of: timestamp resolution, block number semantics on L2s, and some opcode differences on specific chains. These edge cases are documented in each network's own technical specifications.