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Ripple Plans to Make XRP Ledger Quantum-Resistant by 2028 With Four-Phase Upgrade Strategy
Ripple has introduced a structured four-phase roadmap aimed at making the XRP Ledger (XRPL) resistant to quantum computing threats by 2028. The initiative is designed to prepare the blockchain for a potential future “Q-day,” when advanced quantum computers could break current cryptographic systems used across major networks. The XRP Ledger, which supports XRP as its …
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Ripple has introduced a structured four-phase roadmap aimed at making the XRP Ledger (XRPL) resistant to quantum computing threats by 2028. The initiative is designed to prepare the blockchain for a potential future “Q-day,” when advanced quantum computers could break current cryptographic systems used across major networks.
The XRP Ledger, which supports XRP as its native asset, faces theoretical risks from quantum computing because exposed public keys on-chain could potentially be reverse-engineered to derive private keys, exposing user funds. Long-held accounts are considered especially vulnerable due to extended exposure of public keys on the blockchain.
Four-Phase Strategy Focuses on Migration and Security Transition
The first phase, known as “Q-day readiness,” is an emergency framework designed to activate if quantum breakthroughs arrive earlier than expected. It includes migrating users to quantum safe accounts and potentially enforcing a network-wide shift away from classical signatures. The phase also explores recovery mechanisms using zero knowledge proofs to help users regain access even in compromised scenarios.
Phase two, currently underway and targeted for completion by mid-2026, involves a full assessment of XRPL’s cryptographic weaknesses and evaluation of post-quantum standards developed by global cybersecurity bodies. Ripple is also collaborating with external researchers to test network-level resilience and wallet security.
Phase three, expected in late 2026, will introduce post-quantum cryptography in controlled environments, allowing developers to test new signature systems without disrupting the main network. This stage focuses on balancing security upgrades with system performance and scalability.
The final phase, targeted for 2028, will implement full deployment of quantum resistant signatures across the XRP Ledger through a network amendment, completing the transition to post-quantum security.
Disclaimer
This content is for informational purposes only and does not constitute financial, investment, or legal advice. Cryptocurrency trading involves risk and may result in financial loss.
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Disclaimer
This content is for informational purposes only and does not constitute financial, investment, or legal advice. Cryptocurrency trading involves risk and may result in financial loss.
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