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Terra Quantum's new white paper provides a critical technical assessment of blockchain vulnerabilities to cryptographically relevant quantum computers, specifically addressing the reduced qubit requirements for breaking elliptic-curve signatures. The analysis prioritizes Falcon-512 over Dilithium for immediate migration due to its compact signature size, which is essential for maintaining throughput on high-performance ledgers like Solana and Ethereum. This work offers actionable migration frameworks for decentralized networks facing imminent threats from Shor's algorithm.

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Terra Quantum Publishes White Paper Detailing Post-Quantum Cryptography Migration Paths for Blockchain Ecosystems

Quantum Computing ReportOctober 15, 20262 min read

A white paper by Terra Quantum AG analyzes the vulnerability of major blockchain platforms like Bitcoin, Ethereum, and Solana to post-quantum cryptography (PQC) threats, highlighting the risks posed by Shor's algorithm to digital signature algorithms. The study evaluates PQC migration strategies, emphasizing signature payload size as a critical factor for high-throughput ledgers, and suggests FN-DSA (Falcon-512) as a viable solution due to its compact signature footprint. The paper also reviews mitigation frameworks, including Solana's WOTS vaults, Algorand's Falcon account roadmaps, and Ethereum's EIP-8052 proposal. The post Terra Quantum Publishes White Paper Detailing Post-Quantum Cryptography Migration Paths for Blockchain Ecosystems appeared first on Quantum Computing Report.

Deep-tech quantum company Terra Quantum AG has published a comprehensive white paper and companion research study analyzing the vulnerabilities of major blockchain platforms to cryptographically relevant quantum computers (CRQCs) and outlining post-quantum cryptography…

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