60% of industry leaders know quantum computers will eventually break today’s encryption. Only 2% have started doing anything about it. Meanwhile, adversaries are already harvesting encrypted data in transit — stockpiling it for decryption when quantum computers scale up. Your bank data, health records, and board communications all have a shelf life that extends well past Q-Day.

WHAT THIS PANEL COVERS

• How the quantum computing stack works across three layers: the why (problems), the what (algorithms), and the how (hardware)
• Why Google’s quantum error correction breakthrough in fall 2024 was a pivotal milestone for the entire industry
• How the “harvest now, decrypt later” threat makes quantum security an urgent problem today, not in 10 years
• Where quantum advantage will appear first — from drug discovery and supply chain optimization to financial portfolio analysis
• Why you don’t need a quantum computer to protect against a quantum computer, and what NIST’s new standards mean in practice

PANELISTS

• Mark Turrell — Founder, unDavos (Moderator)
• Sumit Kapur — CEO, Zapata Quantum
• Dr. Will Oliver — Professor, MIT
• Cierra Choucair — Director, The Quantum Insider & Founder, Universum Labs
• Garrison Buss — CTO & Co-Founder, QuSecure

unDavos is a community-driven summit running during WEF week in Davos, democratizing the conversation around global challenges.

🌐 undavos.com

Tags: quantum computing, quantum applications, quantum technology, quantum encryption, post-quantum cryptography, cybersecurity, quantum error correction, harvest now decrypt later, quantum advantage, quantum algorithms, NIST, quantum threat, data security, quantum stack, unDavos, Davos 2026, WEF, Bitcoin quantum, quantum AI, deep tech