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Ripple Unveils 4-Phase Quantum-Resistant Migration Plan for XRP Ledger

Ripple has outlined a four-phase plan to make the XRP Ledger resistant to quantum computing threats. The initiative aims to future-proof the network against potential cryptographic vulnerabilities posed by quantum computers.

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AI take

This move signals that major blockchain networks are starting to treat quantum computing as a realistic, near-term threat rather than a distant hypothetical. By preemptively addressing cryptographic vulnerabilities, Ripple is positioning XRPL's infrastructure as more durable for institutional and long-term use cases, which could matter for enterprises evaluating the ledger's security roadmap. The phased approach suggests a deliberate effort to avoid disruption, but the open question is whether such migrations can be executed without introducing new attack surfaces or governance friction. Watch how the community and validators respond to each phase, as coordination will be the real test of resilience.

Generated by AI for reference only.

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