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US President Trump signed two executive orders on Monday aimed at accelerating the nation's quantum computing capabilities and advancing the migration of government systems to post-quantum cryptography. While the orders do not directly mention Bitcoin, industry insiders believe this could benefit blockchain post-quantum security research and development.The two executive orders focus on defending against advanced cryptographic attacks and driving the frontier of quantum innovation. This includes a clear timeline: advancing quantum sensor construction by September 2028, and requiring federal high-value assets and high-impact systems to complete their post-quantum cryptography migration by the end of 2031.Alex Pruden, CEO of Project Eleven, stated that this means the US government will allocate funds and time to achieve post-quantum security goals. It may also extend these requirements to the entire federal contractor system, not just government agencies, thereby accelerating the practical application of post-quantum cryptographic technology.This policy comes amid growing attention within the blockchain industry to quantum threats. The Ethereum Foundation, Solana Foundation, and others have already begun advancing post-quantum security R&D, while the Bitcoin community is also discussing potential risks. Some Bitcoin held in publicly exposed addresses is considered vulnerable to private key derivation attacks once sufficiently powerful quantum computers emerge.Pruden noted that this executive order sets a clear deadline of 2031 for the adoption of post-quantum cryptography, which is more enforceable than the previous US government guidance which only proposed phasing out traditional cryptographic systems by 2035. For Bitcoin and the broader crypto industry, government-level investment in post-quantum security could accelerate the maturation of related tools, standards, and migration pathways.
Odaily News Ripple has announced a phased roadmap, planning to advance the XRP Ledger towards a quantum-resistant upgrade by 2028. The plan includes formulating a "Quantum-Day" contingency plan to address potential sudden threats from quantum computing and will involve preliminary testing and validation in collaboration with Project Eleven. Ripple stated that this initiative aims to prepare in advance for the transition to post-quantum security, with the entire plan to be implemented in four phases:Phase 1: Q-Day Emergency Preparedness (Initiated). Establish a Quantum Day (Q-Day) emergency response mechanism. If existing classical cryptographic systems are suddenly compromised, the network will immediately stop accepting traditional public key signatures and enforce a mandatory migration to quantum-safe accounts.Phase 2: Risk Assessment & Algorithm Testing (First Half of 2026). Conduct a comprehensive assessment of the impact of post-quantum cryptography on the XRP Ledger's network performance, storage, and bandwidth. Collaborate with Project Eleven to perform validator-level testing and Devnet benchmarking, deploy the NIST-standardized ML-DSA quantum-safe signature scheme, and develop a prototype for a post-quantum custody wallet.Phase 3: Devnet Hybrid Integration (Second Half of 2026). Integrate candidate post-quantum signature schemes in parallel with existing elliptic curve signatures on the Developer Network (Devnet), allowing developers to test performance and system impact without affecting the mainnet. Simultaneously explore post-quantum zero-knowledge proof primitives and homomorphic encryption technologies for Confidential Transfers, to advance the privacy and compliance capabilities for tokenized real-world assets on the XRPL.Phase 4: Mainnet Full Upgrade (Target 2028). Submit a formal protocol Amendment. Upon approval through validator voting, natively enable full post-quantum cryptography on the mainnet. (Cointelegraph)