The first phase focuses on recovery procedures in case traditional encryption fails. Engineers will provide a comprehensive migration path that requires users to transfer funds to accounts protected by quantum computing technology. Furthermore, this strategy ensures that users’ assets are not exposed to risk if any data changes occur as a result of a key breach. Ripple engineers are exploring zero-knowledge proof systems that prove ownership of current accounts without revealing any private keys. As a result, the network will be able to enhance secure migration processes and protect sensitive information. The XRP ledger already contains fundamental building blocks that facilitate this approach, such as key generation using seeds.

The second step is to test the algorithms proposed by the National Institute of Standards and Technology. In addition to internal testing, Ripple has collaborated with the Elven project to build hybrid signature systems that combine existing technologies with post-quantum computing technologies. The next phase will include developers beginning to integrate the new signature systems with the existing elliptic curve technologies. Developer networks will also be tested to enable modification of applications. Ripple will also analyze encryption tools that maintain privacy and compliance for tokenized assets.