RippleX is actively developing zero-knowledge proof (ZKP) capabilities for the XRP Ledger (XRPL), aiming to enhance privacy, interoperability, and scalability. This strategic initiative positions XRPL as a leader in the blockchain landscape by enabling innovative applications while maintaining a secure settlement layer.
During a recent episode of Ripple’s “Onchain Economy” series, Aanchal Malhotra, Ph.D., Head of Research at RippleX, emphasized the importance of ZK technology as both a near-term priority and a long-term strategy for keeping XRPL competitive. Malhotra highlighted the numerous applications that zero-knowledge proofs can unlock. “Enabling zero-knowledge proof technology on the XRP ledger is my top priority because of the vast potential it holds,” she noted.
Ripple’s ZK-Proof Integration Plans
Malhotra pointed out that incorporating state-of-the-art ZK systems into the XRPL is a complex process, moving beyond simple integration. She explained, “The technologies behind zero-knowledge proofs were not developed when the XRP ledger was initially created. This is a sophisticated endeavor that requires tailored solutions rather than off-the-shelf applications.”
The prototyping approach for ZK proofs is hybrid, with some features developed “natively for better performance,” while others will exist in a “programmability layer” allowing developers more choices in their application designs. The intention is to enhance both throughput and developer adaptability without enforcing uniformity across various use cases.
Privacy is a focal point in Malhotra’s discussion, where it is framed not merely as complete secrecy but as a tool for compliance. “Zero-knowledge proofs offer a potent means to manage privacy. They enable users to share only necessary information while maintaining confidentiality,” she explained. For instance, users could verify their age without disclosing the exact number.
Another critical area to consider is interoperability. ZK techniques have the potential to minimize dependence on trusted parties, which often present risks in the current landscape. Malhotra described traditional bridges as “problematic due to reliance on centralized structures.” She argues that zero-knowledge proofs deliver a level of trustlessness and verifiability that traditional methods cannot match, relying instead on cryptographic principles.
Zero-knowledge proofs will drive breakthroughs in privacy and compute scalability.
Watch Episode 9 of the Onchain Economy: https://t.co/joOV5Uj7uU@aanchalmalhotre, Head of Research at RippleX, explains how zero-knowledge proofs enable programmable privacy on XRP, supporting… pic.twitter.com/oCSBYAitY6
— RippleX (@RippleXDev) January 18, 2026
In discussing scalability, Malhotra introduced a model where ZK proofs facilitate the compression of execution workloads. Layer-2 solutions can handle computation and generate succinct proofs for verification on XRPL. This architecture allows the base layer to concentrate on settlement rather than handling all computational tasks directly, creating a more efficient ecosystem capable of supporting complex applications.
As of the latest update, the trading price of XRP stands at $1.976.
