On April 15, 2026, Boundless and XRPL Commons announced on-chain news confirming the deployment of the first native ZK validator on the XRP Ledger. The RISC-V-based node now operates directly on-chain, enabling native programmable privacy and compliance controls on the XRPL. The six-month integration included co-designing a Smart Escrow transaction type with conditional fund releases. Developer tools and a testnet are now live, with Smart Escrow set to launch in Q2 2026, requiring ZK proofs for all transfers. Smart Vault will follow, enabling KYC checks and limited regulatory disclosures. Odelia Torteman of XRPL Commons stated the goal is to embed crypto compliance directly into the native XRPL infrastructure. Boundless, with five years of experience in privacy infrastructure, currently operates a proof network processing 400 trillion compute cycles daily.

BlockBeats report, April 15: Boundless and XRPL Commons announced the native deployment of the first ZK validator on XRPL, with a RISC-V-based validator now running directly on-chain, making XRPL the first public blockchain to integrate programmable privacy as a native ledger feature with built-in compliance controls.

It is reported that the two parties completed the above integration over six months and jointly designed a Smart Escrow transaction type with programmable release conditions; the developer toolkit and testnet environment are now ready. Smart Escrow is expected to launch in the second quarter of 2026 and will require a valid ZK proof before fund transfer; Smart Vault will follow, introducing KYC access review and sanctions screening for each transaction prior to settlement, while enabling limited disclosures to regulatory authorities.

Odelia Torteman, Head of Enterprise Adoption at XRPL Commons, said: “XRPL has always been built for institutional finance. With the introduction of Boundless, we are making confidential and compliant execution a native part of XRPL’s infrastructure.”

The Boundless team has over five years of experience in privacy infrastructure, with its proof network currently processing approximately 400 trillion computation cycles daily and achieving 99.9% system availability.