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花旗研究院(Citi Institute):2026量子威胁分析报告:万亿美元安全竞赛已开启(英文版)(15页).pdf

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1、January 2026The Trillion-Dollar Security Race Is OnQuantum Threat 2026 CitigroupQuantum Threat|The Trillion-Dollar Security Race Is OnPost-quantum cryptography is key to combatting quantum threats The challenge is not the lack of a solution,but the difficulty of implementing the right solution at sc

2、ale.For data that requires long-term confidentiality,retroactive cracking of encryption makes action now urgent.Vulnerable systems must move to quantum-safe alternativesQuantum readiness starts with a clear sequence of actions that identify exposure,prioritize critical systems,enable agility,guide m

3、igration and sustain long-term resilience.Cryptos quantum risks need addressingFor Bitcoin,public key exposure applies to only about 25%of coins.For other blockchains,the majority of coins are vulnerable.But these newer blockchains can move faster.Key Takeaways19-34%Probability of widespread breakin

4、g of quantum computer-led public-key encryption by 2034,increasing to 60-82%by 20441$2.0-$3.3tnEstimated indirect impact(GDP-at-risk)from a single-day quantum attack on one top-five U.S.banks access to Fedwire,i.e.10-17%of GDP2 25%The percentage of bitcoins(about 4.5-6.7 million coins worth$500-600

5、billion today)that are potentially“quantum-exposed”3 2Quantum Threat|The Trillion-Dollar Security Race Is On 2026 Citigroup3How Far Are We from Q-Day?The quantum threat stems from a revolutionary shift in computing power.Unlike classical computers that process information sequentially using bits (0

6、or 1),quantum computers employ “qubits”that can represent 0,1,or both simultaneously(Citi GPS:Quantum Computing Moving Quickly from Theory to Reality).This allows quantum computers to perform certain calculations,particularly those required to break todays complex encryption standards,at speeds that

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1. **量子威胁紧迫性**:2034年量子计算机破解公钥概率达19-34%,2044年升至60-82%;单日量子攻击或致美国GDP损失2.0-3.3万亿美元(占10-17%)。 2. **核心风险**:25%比特币(约5000亿美元)因公钥暴露面临量子破解;多数区块链(如以太坊65%)更脆弱。 3. **应对措施**:需采用抗量子密码(PQC)标准(如NIST的FIPS 203-205),优先迁移关键系统(如金融、政府),并构建密码敏捷架构。 4. **行动建议**:识别加密使用点、优先级排序、分阶段迁移,同时部署量子安全防护层应对“先收集后解密”(HNDL)攻击。
量子威胁何时来? 加密如何防破解? 区块链安全吗?
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