- The XRP Ledger Foundation is exploring quantum-resistant accounts under its 2027 protocol roadmap.
- The proposed signature algorithm aims to protect against future quantum computing threats.
- Holders may be able to keep their existing wallet addresses while updating their cryptographic keys.
A proposal to implement quantum-resistant accounts is part of the XRP Ledger Foundation’s 2027 protocol roadmap, emphasizing long-term blockchain security. The initiative investigates ML-DSA-44, a digital signature technique intended to guard against future threats from quantum computing.
The update isn’t yet operational, though. Development, security evaluations, and XRP Ledger validator approval are necessary for its execution.
Ripple Targets 2028 For Quantum Security Readiness
A post-quantum cryptography standard released by the National Institute of Standards and Technology (NIST) in the United States in 2024 serves as the foundation for ML-DSA-44. Alongside existing cryptographic possibilities, the proposed XRP Ledger modifications would introduce a new key type.
The project entails development work, code reviews, and a security audit, according to the plan. Increased transaction data requirements due to larger signatures may also pose technical difficulties for the network.
JUST IN: $XRP Ledger unveils quantum-resistant account plan, allowing users to upgrade to quantum-proof security with no additional transaction fees as Ripple targets full quantum protection by 2028. https://t.co/wS2Mk46nG8
— Whale Insider (@WhaleInsider) November 10, 2026
The idea is intended to assist financial institutions, exchanges, and custodians in getting ready for upcoming security standards. Additionally, Ripple has set 2028 as the goal for its larger efforts to prepare for quantum computing.
XRP’s Quantum Plan Puts Wallet Security In Focus
On November 12, XRP traded at about $1.04, down about 1.4% from the day before, according to market prediction. Its market capitalization was about $ 66.2 billion. The long-term security of XRP Ledger may be supported by the suggested quantum-resistant upgrade, but neither a price recovery nor an increase in demand for purchases is certain.
If the proposal is adopted, XRP holders may not have to alter their current wallet addresses. Self-custody users could lessen their vulnerability to future attacks by adding a quantum-resistant key and disabling their previous master key under the suggested method.
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