量子计算机的发展对当前的加密方法构成了重大的未来威胁，特别是对长期数据而言。专家们对密码学相关量子计算机的确切时间表感到不确定，但风险要求立即采取行动。例如，金融服务机构必须确保其审计记录现在是后量子安全的，因为像 DORA 这样的法规要求数据保留多年，这意味着今天的签名必须能够抵御未来的量子攻击。 AI
影响 加速了人工智能系统和数据存储中对抗量子加密的需求。
排序理由 该集群讨论了后量子密码学的影响以及量子计算机发展的不确定性，借鉴了现有法规和普遍的网络安全担忧。
在 Mastodon — sigmoid.social 阅读 →
AI 生成摘要 · Google Gemini · 来自 4 个来源。 我们如何撰写摘要 →
Post-quantum cryptography: preparing for the unknown # negativepid # digitalInvestigations # OSINT # cybersecurity # AI # tech # onlineInvestigations # robotics # cyberpsychology # cybercrime https:// negativepid.blog/post-quantum- cryptography-preparing-for-the-unknown/?utm_sour…
Post-quantum for financial services: DORA, the record, and the quantum clock Regulated finance must make its audit record post-quantum now, not at Q-Day. DORA has applied since January 2025 and records are retained for years, so signatures written today must resist quantum attack…
How close is a cryptographically relevant quantum computer? Nobody can name the year a cryptographically relevant quantum computer arrives, and estimates diverge widely. Today's noisy machines are far from the stable logical qubits Shor needs, but long-lived data must be protecte…
Quantum hardware: building a quantum computer # negativepid # digitalInvestigations # OSINT # cybersecurity # AI # tech # onlineInvestigations # robotics # cyberpsychology # cybercrime https:// negativepid.blog/quantum-hardw are-building-a-quantum-computer/?utm_source=mastodon&ut…