A proposed XRPL upgrade would let institutions encrypt tokenized asset balances and payment amounts, aiming to address privacy concerns for over $530 million in non-stablecoin real-world assets on the ledger
The XRP Ledger (XRPL) is moving to address a longstanding privacy concern for institutional users with a proposed upgrade that would allow encrypted transfers of tokenized real-world assets. The latest XRPL version 3.3.0, released this week, introduces a set of amendments, including a Confidential Transfers feature designed to let institutions keep the size of their positions and payment amounts private while still operating on a public blockchain.
Confidential Transfers Explained
Confidential Transfers would apply to Multi-Purpose Tokens (MPTs), a format promoted by Ripple for tokenizing funds, bonds, and other financial instruments. Under the proposal, the ledger would use cryptographic proofs to verify that transactions balance correctly without revealing the actual amounts being transferred. While the accounts and token types involved in a transaction would remain visible to all, the specific balances and payment sizes could be encrypted, shielding sensitive information from public view. The feature is opt-in and, in its initial version, would only cover direct MPT payments between accounts-not trades on XRPL's decentralized exchange, escrow, or check transactions.
Institutional Demand and Market Context
According to data from RWA(dot)xyz, the XRPL currently hosts about $1.38 billion in tokenized real-world assets, with more than $530 million in non-RLUSD tokens. Major issuers include Ondo, VERT Capital, Archax, and Societe Generale. Ripple has stated that the lack of privacy for position sizes is a barrier for large financial institutions considering on-chain asset management. The push for confidential transfers comes as tokenization activity on XRPL continues to expand, with Aviva Investors recently launching a tokenized share class of its US Dollar Liquidity Fund on the ledger. For context, the growing use of agentic payments on XRPL was recently highlighted in EgonCoin's coverage of how AI-driven wallets could drive transaction volumes toward 100 million, as discussed in this related report.
Other Amendments and Technical Upgrades
Beyond Confidential Transfers, XRPL v3.3.0 proposes five additional amendments focused on usability and efficiency. The Batch feature would let users bundle up to eight transactions into a single submission, with an option to cancel all if any step fails. Sponsor would allow one account to pay fees and reserve requirements for another, potentially lowering onboarding friction for new participants. Permission Delegation would enable accounts to grant limited transaction authority to third parties, such as fund administrators. Dynamic MPT would let issuers modify certain token properties after issuance. The update also includes technical fixes aimed at reducing node memory usage by at least 10% to 15% and improving node synchronization speeds.
Activation Process and Next Steps
None of the proposed changes are live yet. For any XRPL amendment to take effect, it must receive continuous support from at least 80% of trusted validators for two weeks. The real test for Confidential Transfers will be whether major institutions already active on XRPL, such as Aviva or Ondo, choose to adopt encrypted balances and transfers once the feature is available. Adoption could signal a shift in how traditional finance interacts with public blockchains, but the opt-in nature and current limitations mean the impact will depend on actual institutional uptake.
As of July 2026, on-chain data shows that RLUSD accounts for $845.7 million of the $1.38 billion in tokenized real-world assets on XRPL, with Ondo at $212.6 million, VERT Capital at $116.1 million, Archax at $55.4 million, and Societe Generale at $11.6 million. The remaining $530 million-plus in non-RLUSD assets represents a significant share of the ledger's tokenization activity, underscoring the potential market for privacy-enhancing features.
Confidential Transfers on public blockchains rely on advanced cryptographic techniques, such as zero-knowledge proofs, to allow transaction validation without exposing sensitive data. While this approach can help institutions protect proprietary information, it also introduces new technical and operational complexities. For example, encrypted balances may complicate auditing, compliance, and dispute resolution, and may not fully address all regulatory requirements for transparency. As privacy features become more common in tokenization platforms, both issuers and users will need to weigh the benefits of confidentiality against the need for verifiable, auditable records on public ledgers.
