Ankr Unlocks XRP Ledger RPC: 43 Methods for DeFi Integration

Woofun AI reports that Ankr has activated a public RPC service for the XRP Ledger, a Layer 1 network optimized for global value transfer. This deployment grants developers and institutions direct connectivity to both the mainnet and testnet environments. By eliminating the requirement to run independent nodes for reading or writing blockchain data, the service significantly lowers the technical barrier for integration.

The underlying protocol architecture distinguishes itself by embedding core primitives directly into the base layer, bypassing the need for additional smart contract layers. This structural design natively supports decentralized exchanges, payment channels, token issuance, and multi-signature schemes. Such integration facilitates seamless asset settlement and global value transfer without relying on secondary execution environments.

Structurally, the new RPC infrastructure distributes traffic through globally distributed full nodes that adhere to enterprise standards. Developers can interact with the network via 43 distinct methods, which are categorized to address the specific operational requirements of Web3 applications. This scalable approach ensures high availability and performance for complex decentralized applications.

In the account methods category, endpoints allow queries for available balances, non-fungible tokens (NFTs), trust lines, transaction history, and currency exchange offers. These capabilities are critical for the development and integration of digital wallets. Regarding block reading, ledger methods return ledger versions, entries, and real-time state, facilitating instant verification of on-chain data.

The transactions section enables operation submission, history queries, and pre-simulations to preview results and metadata before final network submission. Path and order book methods locate payment routes, query automated market maker (AMM) instances, and obtain aggregated oracle prices. These tools are essential for decentralized finance (DeFi) applications and cross-border payments. Payment channel methods further optimize frequent microtransactions by verifying claims on low-cost recurring flows.

Woofun AI data shows that server information methods allow queries for current fees, protocol amendments, validator data, and node operational state. Ankr’s nodes operate as full nodes rather than exhaustive historical archives, retaining only the last two weeks of on-chain transaction history. For deep historical data analysis, dedicated archive services are recommended, with full transaction archive support currently on the development roadmap.

This launch aligns with preparations for new financial protocols within the XRP Ledger ecosystem, specifically a native lending and borrowing protocol projected for the mainnet. The XRPL developer community indicates the protocol will use pooled funds in single-asset vaults to offer fixed-term loans directly on-chain. Currently in the amendment voting phase by independent XRP Ledger validators, this update marks a significant expansion of decentralized finance capabilities on a network historically oriented toward institutional cross-border payments.