🔥 BREAKING : Ripple's 4-Phase Plan to Quantum-Proof XRP Ledger by 2028
The Threat: Google's March 2026 research shows that 500,000 qubits could break elliptic curve cryptography (ECC) in ~9 minutes—far sooner than expected. $DEXE
The Roadmap:
· Phase 1 (Emergency): Rapid migration to quantum-safe accounts if threats arrive early
· Phase 2 (Now–mid 2026): Testing NIST-standard algorithms (ML-DSA/Dilithium) with Project Eleven
· Later Phases: Formal XRPL amendment + full quantum readiness by 2028
XRP's Exposure: Only 0.03% of total supply sits in vulnerable dormant accounts with exposed public keys—much lower than Bitcoin's exposure (e.g., Satoshi's P2PK addresses).
Key Challenge: Dilithium signatures are ~40x larger than current ones, requiring careful optimization to avoid slowing transactions.
Bottom line: Ripple is proactively preparing, with contingency plans already in place, while most blockchains lag behind.
The Threat: Google's March 2026 research shows that 500,000 qubits could break elliptic curve cryptography (ECC) in ~9 minutes—far sooner than expected. $DEXE
The Roadmap:
· Phase 1 (Emergency): Rapid migration to quantum-safe accounts if threats arrive early
· Phase 2 (Now–mid 2026): Testing NIST-standard algorithms (ML-DSA/Dilithium) with Project Eleven
· Later Phases: Formal XRPL amendment + full quantum readiness by 2028
XRP's Exposure: Only 0.03% of total supply sits in vulnerable dormant accounts with exposed public keys—much lower than Bitcoin's exposure (e.g., Satoshi's P2PK addresses).
Key Challenge: Dilithium signatures are ~40x larger than current ones, requiring careful optimization to avoid slowing transactions.
Bottom line: Ripple is proactively preparing, with contingency plans already in place, while most blockchains lag behind.
