Quantum Computing and the Threat to Cryptography - The Global Race for Dominance
summary
Claim: a Cryptographically Relevant Quantum Computer appears only at the terraop/petaquap frontier and requires orders of magnitude more qubits, energy and money than vendor roadmaps target. Resource breakdowns show a supply chain of roughly 740 suppliers, massive power needs (think a dedicated nuclear plant), and national alliances, not solo countries, to deliver it. DARPA QBI aims to consolidate IP; current vendor claims range from credible kilo/mega-era progress to red flags, making a likely duopoly outcome.
AI-written summary · about
chapters (12)
- 0:00Global quantum race context
- 2:09Quantum computing technical stack
- 3:13Cryptographically relevant thresholds
- 7:11Vendor roadmaps and error correction
- 10:02Quantum hardware engineering
- 11:45Quantum as geopolitical weapon
- 12:05No country can build alone
- 13:10DARPA QBI and quantum curtain
- 14:35Global quantum alliances
- 16:41Engineering vs scientific challenges
- 18:05NATO assessment of quantum computers
- 19:07Cost and footprint of quantum systems
related talks
43mEverything is quantum!
28mThe future of computing with Quantum Computing
43m📙 Is Q-Day Worse than Y2K? Strategies for Surviving the Quantum Threats
21mCybersecurity in the Age of Quantum
15mThe Bright Future of Quantum Computing - a Strategic VC Perspective
17mQuantum Computing: Finding Its Place in the Advanced Computing Sector
38mThe Quantum Computing Gold Rush: Myths, Truths, and Market Prospects
21mThe strategic relevance of quantum computing for logistics companies