AI-Driven Migration to Post-Quantum Cryptography: Exploring Trust and Vulnerabilities
Mark Tehrani discusses the impact of artificial intelligence on software engineering, the job market, and educational pathways. This presentation highlights key challenges in migrating to post-quantum cryptography, focusing on trust and vulnerability disc
Bill Buchanan OBE
314 views • Sep 24, 2025
About this video
Web site: https://www.cyberseq.io/
Artificial intelligence is reshaping software engineering, the job market, and even educational pathways. A key open question is whether we can trust AI in domains as critical as the migration to post-quantum cryptography (PQC).
This talk explores the potential and limitations of AI-enabled PQC migration, examining its ability to identify cryptographic vulnerabilities and automate transition strategies. We will demonstrate how AI can assist in vulnerability discovery and migration planning, while also addressing the challenges of reliability, explainability, and risk in security-critical contexts.
Artificial intelligence is reshaping software engineering, the job market, and even educational pathways. A key open question is whether we can trust AI in domains as critical as the migration to post-quantum cryptography (PQC).
This talk explores the potential and limitations of AI-enabled PQC migration, examining its ability to identify cryptographic vulnerabilities and automate transition strategies. We will demonstrate how AI can assist in vulnerability discovery and migration planning, while also addressing the challenges of reliability, explainability, and risk in security-critical contexts.
Video Information
Views
314
Likes
9
Duration
24:51
Published
Sep 24, 2025