Acala RPC Endpoint
Acala is a specialized stablecoin and liquidity blockchain that is decentralized, cross-chain by design, and future-proof with forkless upgradability.
About the Network
Acala serves as the DeFi hub of Polkadot, providing a specialized blockchain for stablecoins and liquidity protocols. The Acala RPC allows wallets and applications to connect to the Acala blockchain. By using the EVM-compatible Acala RPC endpoint from 1RPC, users get private, verifiable access to the network without exposing wallet metadata or IP addresses to public RPC providers.
Acala
Need help connecting?
Check our documentation for guides on adding Acala to MetaMask and other Web3 wallets.
View DocsHow to Add Acala RPC
Add Acala 1RPC to your wallet to use our free Acala RPC endpoint. Follow the steps below to add the Acala RPC endpoint manually to any Web3 wallet:
Check that your wallet has RPC settings and configurability
Navigate to add a new network
Paste the network details into the relevant fields
Privacy-protected Acala RPC endpoint
Fully attested onchain RPC relay with privacy guarantees, not assumptions.
Verifiable trust
1RPC is the first and only Web3 RPC relay with infrastructure that is fully attested onchain. Anyone can verify its integrity by assessing the relay's hardware and software components.
Phishing protection
Transaction sanitizers are anti-phishing toggles that defend against phishing attacks to prevent loss of user funds. These rules can be added and edited at any time on the 1RPC dashboard.
Zero-tracking privacy
What's private stays private. Burn after relaying wipes all metadata after request is done. True zero-tracking means we don't (and are unable to) store or collect your personal data.
Custom API access
Generate a unique API key that spins up RPC endpoints across 64+ chains supported on 1RPC. Customizable keys allow users to define their own permissions, providing greater control over features and access levels.
Explore RPC endpoints across Web3
Privacy-preserving RPC endpoints for 64+ blockchain networks.