Supported Chains
Router OGA supports a wide range of blockchain networks, enabling cross-chain swaps and bridges across EVM, non-EVM, and Layer 2 networks.
Currently Supported Chains
The API currently supports the following blockchain networks:
- Ethereum (Chain ID: 1) - Mainnet
- Optimism (Chain ID: 10) - Layer 2 scaling solution
- BSC (Chain ID: 56) - Binance Smart Chain
- Polygon (Chain ID: 137) - Layer 2 scaling solution
- World Chain (Chain ID: 480) - Worldcoin's blockchain
- HyperEVM (Chain ID: 999) - HyperEVM network
- Base (Chain ID: 8453) - Coinbase's Layer 2
- Plasma (Chain ID: 9745) - Plasma network
- Arbitrum (Chain ID: 42161) - Layer 2 scaling solution
- Solana (Chain ID: solana) - Non-EVM blockchain
Getting the Latest List
Note: This list is expanding. Use the /v1/chains endpoint to get the latest list of supported chains with full metadata, including:
- Chain names and identifiers
- Native token information
- RPC endpoints
- Block explorer URLs
- Network status
- Supported features
Chain Categories
EVM Chains
Router OGA supports all major EVM-compatible chains, including:
- Ethereum and its Layer 2 solutions (Arbitrum, Optimism, Base, Polygon)
- Alternative EVM chains (BSC, World Chain, HyperEVM, Plasma)
Non-EVM Chains
Router OGA also supports non-EVM blockchains:
- Solana: High-performance blockchain with unique architecture
Cross-Chain Capabilities
Router OGA enables seamless swaps and bridges between:
- EVM to EVM: Direct swaps between any two EVM chains
- EVM to Non-EVM: Bridge operations between EVM and non-EVM chains
- Layer 2 to Layer 2: Efficient transfers between Layer 2 solutions
- Mainnet to Layer 2: Bridge assets to and from Layer 2 networks
Network Expansion
Router OGA is continuously expanding its chain support. The permissionless node registry allows new chains to be added quickly, and the modular architecture supports easy integration of new blockchain networks.
To request support for a new chain or check the status of chain integration, please refer to the API Reference or contact the Router Protocol team.
Next Steps
- Explore the Chains API to get detailed chain information
- Check out the API Reference for integration guides
- Learn about Architecture to understand how cross-chain routing works