The XRP Ledger's proposed Smart Escrow feature has advanced in its testing phase. On October 5, Mayukha Vadari, a Staff Software Engineer at RippleX whose work focuses on XRPL programmability, announced the ninth Smart Escrow Devnet release. According to her release note, the test network has moved to new infrastructure, replacing the retired wasm.devnet.rippletest.net endpoints with wasm-devnet.dev.ripplex.io. The proposed feature would let escrow payments on the ledger follow limited custom rules.

A new Devnet gives Smart Escrow a wider test

The address change is only one part of the update. Developers need a shared environment where their contracts, wallets, libraries and node configurations can be run against the same rules — work that becomes particularly important when code is involved in deciding whether locked funds may be released.

Vadari said the project remains in review and testing while the team hardens the framework and code. The Devnet provides a place to uncover compatibility and security problems before Smart Escrow can be considered for the live network.

Smart Escrow adds a programmable condition to locked funds

XRPL already supports escrow payments with straightforward release conditions, a capability the mainnet has offered since late 2017. Funds can become available after a set time, or when someone provides the required cryptographic fulfillment. Those rules suit simple arrangements, though an application may need a named approver, a verified event, or several conditions checked together.

Consider a buyer who locks XRP for a seller: the escrow releases only after a named notary verifies delivery, while a deadline allows the buyer to recover the funds if that confirmation never arrives. Smart Escrow is designed for such cases. A small WebAssembly program would be attached when the escrow is created, then run when someone attempts to finish it. The program evaluates the agreed rule and determines whether the release can proceed.

Proposed changes to the XRP Ledger are documented in public XLS (XRP Ledger Standard) proposals. The XLS-0100 Smart Escrows specification lists possible uses ranging from compliance holds and milestone payments to token vesting, auction mechanics and oracle-based conditions. Each use case relies on the same core idea: the rules for releasing the funds are written into the escrow before the money is locked.

Restrictions are designed to protect the network and the funds

Any system that runs code around a payment needs clear limits. Every XRPL validator must reach the same result when an escrow is finished; otherwise, the network could not agree on the state of the ledger.

Smart Escrow code therefore runs in a restricted environment. It cannot freely call outside services or access files, and it faces limits on memory computation. Those boundaries help prevent a poorly written contract from consuming excessive resources or producing conflicting outcomes across validators, and they aim to keep funds from becoming trapped.

The proposal also requires every Smart Escrow containing bytecode to include a CancelAfter time. Users would have a route to recover locked funds if a condition cannot be met, a counterparty fails to act, or the code contains an error.

Ripple's Smart Escrow developer library already includes examples involving notary approval, credential checks, oracle data and NFT ownership. Those examples show the kinds of rules developers can test, while the Devnet exposes whether the underlying system handles them consistently.

The ninth release updates the machinery behind those rules

Release nine reorganises how the network runs Smart Escrow code. Vadari said the WebAssembly integration has moved from C++ to Rust, bringing gas accounting, error handling and validation checks through a single entry point. Her release note estimates a 30% to 50% improvement in host-function calls, a technical measure relevant to developers building and testing escrow logic. WebAssembly itself is a sandboxed code format used well beyond the XRP Ledger — Polkadot, NEAR and several Cosmos-based chains run smart contracts on it — and Rust is among the most common languages for targeting it.

The software libraries have changed as well. Developers are being asked to move away from the deprecated all-in-one package toward separate common and escrow-focused libraries, then retest their applications against the new Devnet. A contract that compiles locally still needs to work with the network, its transaction format and the tools surrounding it.

That is the practical value of the release: it gives teams a more stable environment for finding problems that appear only when several pieces of infrastructure have to work together.

Conditional escrow could complement automated payments

Controlled release rules could also complement the XRP Ledger's work on AI payments in XRP and RLUSD, Ripple's dollar-pegged stablecoin. An agent may prepare a payment, while Smart Escrow could define the circumstances in which funds already placed in escrow are allowed to move.

That division gives applications room to automate routine steps without leaving the conditions for releasing money vague. The wallet, the payment request and the escrow each serve different roles, making it easier to identify where a decision was made if something goes wrong.

Smart Escrow still needs a path to mainnet

Smart Escrow remains a draft proposal rather than a live XRP Ledger feature. A live version would require a formal amendment — the ledger's mechanism for adopting protocol changes, in which validators signal support and upgrades activate only after broad consensus — along with further implementation and security review, followed by a mainnet activation process.

The ninth Devnet build gives developers a better place to test the proposed rules. Its progress will be measured through successful migrations, security findings and the response of the wider XRPL community as the feature moves toward a possible mainnet path.

This article is for informational purposes only and does not constitute investment advice. Smart Escrow is under development, and its specifications, timeline and route to mainnet may change.