Don't forget the users!
summary
Companies start pilots since 2018 across three concrete areas: optimization, machine learning and chemistry simulation, using simulators and cloud hardware while partnering with universities and vendors. A realistic risk window is 10–15 years for cryptographic threat so infrastructure upgrades take a decade-plus, meaning start now and limit to two or three projects per year. QKD pilots reveal physical limits on fiber and satellites, led to a patent, and industry-level quantum volume and application benchmarks are emerging.
AI-written summary · about
chapters (5)
- 0:00Start
- 32:31How To Manage Stakeholders Expectations on Outcomes Return on Investment
- 41:43How Much Can One Be Hardware Agnostic
- 42:47When Applications Are Being Built Is It Important to Benchmark Them against Running Systems
- 44:37Thoughts on Benchmarks
related talks
20mAccelerated Quantum Computer Roadmaps and its Impact on Cybersecurity
37mPreparing for Constant Change With Quantum Agility
44mQuantum Cyber Risk: How Deep and How Wide?
51mQuantum Safe Computing for Telecommunications
20mPost-Quantum Cryptography- Preparing digital communication for a Q
07mEverything You Trust Online Could Break — F5 Labs on Q-Day
53mPanel: Migrating to Post-Quantum Schemes
27mCommunication among Financial Institutions: What are the available answers to the quantum threat?
