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Explore the critical importance of cryptographic agility in defending against quantum computing and AI-driven cybersecurity threats in this keynote presentation by a Red Hat Principal Software Engineer. Learn how quantum computers pose unprecedented risks to existing cryptographic algorithms while autonomous agents rapidly exploit system vulnerabilities, making traditional security approaches insufficient. Discover the Cryptographic Bill of Materials (CBOM) as the foundational tool for achieving cryptographic resilience by providing comprehensive visibility into all cryptographic components within software systems, including algorithms, keys, certificates, and libraries. Examine the practical implementation of CBOMkit-Hyperion, a Sonar Cryptography Plugin that automates CBOM creation through source code scanning integrated into CI/CD pipelines. Witness demonstrations of the CBOMkit toolkit for generating, visualizing, and analyzing cryptographic assets to enable informed decision-making in cryptographic transitions. Understand how organizations can systematically assess risk, ensure compliance, and plan effective migrations to quantum-resistant cryptography through proper cryptographic inventory management. Gain actionable insights for integrating cryptographic discovery and inventory processes into development workflows, empowering teams to respond rapidly to emerging threats and maintain robust security postures in an evolving threat landscape.
