Cryptographic Resilience in the Quantum Era
summary
Quantum advances threaten to break today’s public‑key cryptography within 5–10 years unless systems adopt post‑quantum defenses now. NIST’s post‑quantum standards exist and vendors are beginning deployment, but migration takes years and some candidate schemes were broken on a laptop in a weekend—showing real-world fragility. The urgent fixes are concrete: inventory long‑lived secrets, implement cryptographic agility, test hybrid and quantum‑safe algorithms, and run migration playbooks before attackers productize quantum capabilities.
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chapters (13)
- 0:00Introduction
- 0:42Quantum computing impact
- 3:11Cryptography’s digital age limits
- 5:38Quantum threat as risk
- 7:03Systemic versus isolated risks
- 9:07Quantum threat timeline
- 10:55Regulatory standards and migration
- 12:40Zero-day attacks and resilience
- 13:42Compliance versus security
- 15:27Quantum hype and misinformation
- 16:31Europe’s quantum innovation
- 18:20Europe’s quantum strategy
- 19:02Closing remarks
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