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Coinbase Forms Quantum Advisory Board to Prepare for Post‑Quantum Blockchain Security

Coinbase Forms Quantum Advisory Board to Prepare for Post‑Quantum Blockchain Security

Coinbase CEO Brian Armstrong says quantum computing will not undermine blockchain security, as the firm launches a Quantum Advisory Council to guide post‑quantum cryptography efforts.

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Fact Check
Multiple independent and credible news outlets, including Crypto Briefing, Fortune, MSN, and AOL, directly report that Coinbase has formed an advisory board focused on quantum computing threats to blockchain security. These sources provide consistent details about the board's purpose, which matches the claim in the statement. The articles appear to be based on Coinbase's official announcements or statements from its leadership, lending further credibility. Additional coverage from platforms like BTQ Technologies and InvestorsHangout corroborates the existence of the board, though with less authority. Statements from the Coinbase CEO provide context on quantum computing as a manageable issue, which aligns rather than contradicts the claim about proactively establishing an advisory board. There is no substantial contradictory evidence suggesting that the board does not exist, though a small uncertainty remains from the lack of official press releases directly linked in the provided sources. Overall, the convergence of high-authority reports and consistent messaging supports a conclusion that the statement is highly likely to be true.
Summary

In an official announcement on February 19, Coinbase CEO Brian Armstrong told CNBC that quantum computing will not pose an existential threat to blockchain, describing it as a solvable challenge. Coinbase has established a Quantum Advisory Council and is collaborating with major blockchain networks to implement post‑quantum cryptography. These measures aim to safeguard blockchain systems against potential future quantum computing attacks.

Terms & Concepts
  • Quantum Computing: Advanced computation using quantum mechanics, potentially capable of solving certain problems faster than classical computers.
  • Post‑Quantum Encryption: Cryptographic techniques designed to resist attacks from quantum computers.
  • Blockchain: A decentralized, immutable digital ledger used to record transactions securely.