Early Threats Recovery Plan
The first phase focuses on recovery actions in case of the failure of classical cryptography. Engineers will introduce a comprehensive migration trajectory, which will require users to transfer funds to quantum-secure accounts. Moreover, the strategy will guarantee that user assets are not exposed in case of a transition event caused by compromised keys. Ripple engineers are exploring zero-knowledge proof systems that prove ownership of existing accounts without disclosing any private keys. As a result, the network will be able to promote safe migrations and safeguard sensitive information. The XRP Ledger already has building blocks that facilitate this approach such as seed-based key generation.
The second step is concerned with testing the algorithms suggested by the National Institute of Standards and Technology. In addition to in-house testing, Ripple has collaborated with Project Eleven to build hybrid signing systems that fuse existing and post-quantum techniques. The next stage will involve developers starting to incorporate new signature systems with the existing elliptic curve techniques. Additionally, developer networks will begin to be tested to enable applications to be modified. Ripple will also analyse encryption tools that uphold privacy and compliance to tokenized assets.
The final stage involves a full transition toward post-quantum cryptography within the XRP Ledger ecosystem. Ripple therefore intends to implement protocol changes that will facilitate the adoption of new signature systems on a large scale. This move will transition the network from testing into full deployment in line with the stated timeline. The XRP Ledger already includes features to enable long-term resilience against quantum risks. Notably, key rotation enables users to refresh private keys without changing accounts, and deterministic generation of keys enables security upgrades to be controlled. These functionalities will provide a foundation for future upgrades as quantum technology advances.
