Ripple Adds Privy Wallets for XRPL Agent Payments

Ripple has partnered with wallet infrastructure provider Privy to bring programmable wallets to the XRP Ledger, giving developers another way to build payment applications and software agents around XRP and RLUSD. According to Privy’s official announcement, developers can create and manage XRPL wallets programmatically, sign transactions and enable x402 payments without requiring every interaction to pass through a standalone wallet interface.

The integration targets both conventional payment applications and agentic commerce. Privy says server-side wallets can allow software agents to hold and transact with funds, including paying for APIs, data and other services through x402. That architecture moves signing and payment execution into application infrastructure, allowing software to complete approved transactions without a human manually confirming each individual payment.

Users can still retain asset portability where user-controlled wallets are used, with Privy supporting private-key and seed-phrase export. The company also plans to deepen the XRPL integration with policy controls and gas sponsorship. Those additional XRPL-specific controls are prospective capabilities rather than features the October announcement confirms as already deployed.

x402 Activity Passes 14 Million Transactions

The wallet rollout arrives as x402-based activity on XRPL has expanded rapidly. RippleX engineering head J. Ayo Akinyele said earlier in October that the ledger had processed more than 13 million agentic payments and estimated they represented roughly 25% of ledger activity. The 25% figure remains an attributed estimate rather than an independently demonstrated share of all XRPL transactions, because no calculation methodology accompanied the claim.

The live XRPL AI Hub operated by t54 now records more than 14.4 million cumulative x402 transactions across 169 registered merchants. Yet the same dashboard shows only about 6,992 XRP and 12,860 RLUSD settled over the entire period. The data therefore describes extremely high-frequency, low-value payments rather than $14 million or any similarly large amount of economic settlement.

That profile is consistent with x402’s intended use in machine-to-machine commerce, where software can pay tiny amounts for individual API requests, model inference, datasets or compute resources. Similar infrastructure is already appearing elsewhere, with Algorand developers using x402 for autonomous USDC micropayments and GPU platforms experimenting with payment-triggered compute provisioning. Transaction frequency can scale rapidly when every software request becomes a separate economic interaction, even when each payment carries little value.

Wallet Permissions Become the Critical Layer

Giving software direct payment capability also shifts part of the security boundary from human confirmation toward wallet permissions. Privy’s broader infrastructure supports restrictions involving recipients, contracts, operating windows and transaction parameters, allowing developers to define what an agent is permitted to do. Agent autonomy therefore does not have to mean unrestricted access to an entire wallet balance.

That distinction is becoming increasingly relevant as DeFi infrastructure prepares for software rather than humans to become active financial users. XRPL already supports payment and exchange functionality at the ledger layer, while recent developments such as Batch V1.1 expand how multiple XRPL transactions can be coordinated. Privy’s role sits above those protocol capabilities, providing the wallet and signing infrastructure through which applications and agents can interact with them.

The integration therefore represents infrastructure availability rather than proof of broad autonomous-commerce adoption. The t54 dashboard already shows measurable repeated x402 activity, but the low settlement value and relatively limited merchant base put that activity in context. The stronger test for XRPL’s agent economy will be whether programmable wallets expand the number of independent services, economically meaningful payments and recurring commercial workflows rather than simply increasing transaction counts.