Ripple and Privy Add Wallet Tools for XRP Ledger Developers and AI Payments

Ripple’s integration with Privy gives developers a way to add XRP Ledger wallets and transaction tools to applications without building that infrastructure themselves. The change could lower the work involved in launching payment products on XRPL, including applications that use AI agents to initiate transactions. Whether that activity creates lasting demand for XRP remains an open question: developers can also use RLUSD and other assets issued on the ledger.

Privy is a wallet infrastructure provider owned by Stripe. Its XRPL support covers wallet creation and management, transaction signing, and applications involving XRP, Ripple’s dollar-pegged RLUSD stablecoin, and other ledger assets. Developers can use those components to build wallet and payment functions into their products rather than creating each part from scratch.

Wallet infrastructure for XRPL applications

The integration is aimed at the practical work between an application and a blockchain: giving users wallets, handling transaction approvals, and sending signed transactions to the network. That tooling can reduce the amount of wallet infrastructure a development team needs to maintain. It doesn’t, by itself, determine what an application will do with XRPL or which asset it will use.

Privy co-founder and CEO Henri Stern, who leads crypto and stablecoins at Stripe, described the collaboration as an extension of XRPL’s payments focus. “Stablecoins are changing how money moves, and XRPL has been building for payments from the start. We’re excited to make Privy wallets available to developers building on XRPL, from global payments to agentic commerce, and whatever comes next,” he said.

One feature relevant to user control is the ability to export private keys or recovery phrases. That gives users a way to move a wallet to another compatible service. The option matters because access to wallet credentials can affect whether a user can continue managing assets outside the application where the wallet was first created. The source does not specify the exact implementation or safeguards around exporting those credentials.

For developers, the integration’s value will depend on how well these wallet functions fit their product and how clearly they handle user authorization. A wallet can make transactions technically available, but the application still needs to explain what a user is approving and which asset a payment will move. Those details become more consequential when software can initiate payments with limited human involvement.

AI payment activity and planned features

The announcement comes as XRPL sees reported activity involving AI-driven payments. RippleX engineering chief J. Ayo Akinyele said on X that the network had processed more than 13 million agent payments through the x402 protocol, accounting for roughly 25% of ledger activity. The source does not provide a measurement period or further breakdown of those payments, so the figures describe reported network activity without establishing how much came from sustained commercial use.

Ripple has also introduced an AI Starter Kit, described as a resource for developers building autonomous payment applications using XRP, RLUSD and the x402 payment protocol. Together, that kit and Privy’s wallet support address different parts of the development process: one is intended to help developers build payment applications, while the other supplies wallet functions those applications can use.

Privy is preparing additional features for XRPL, including programmable transaction rules and gas sponsorship. Transaction rules could give developers controls over how transactions execute. Gas sponsorship would let an application cover network fees for users. These features may reduce friction in some payment flows, though their practical effect will depend on how developers configure them and how users retain control over transactions.

Automated payments also raise design questions for application teams. Developers will need to decide which transactions an agent can initiate, what limits apply, and when a user must authorize an action. The source describes wallet and transaction capabilities but does not set out a specific model for those controls. The implementation choices will shape how these tools work in real products.

XRPL activity does not guarantee XRP demand

More accessible wallet infrastructure could encourage teams to test payment applications, stablecoin services and agent-run transactions on XRPL. But activity on the ledger is not the same as demand for XRP. A product that primarily uses RLUSD or another issued asset could add transactions without creating substantial demand for XRP as a payment or liquidity asset.

XRP may be used for transaction fees and other network functions, but the source gives no estimate of how Privy’s integration could change those uses. The link between new applications and token demand will depend on what assets users and developers choose, how often they transact, and whether the resulting activity persists.

That makes the partnership a potential route to broader XRPL use, rather than evidence of an immediate change in XRP demand. The clearest signs to watch are whether developers launch products using the integration, whether those products attract funded wallets, and whether they generate sustained payments using XRP. Without those details, the reported agent-payment count and the new wallet tools show technical activity and expanded access, but not yet a measurable effect on XRP’s role in the ecosystem.