Create a visually engaging, research-oriented executive assessment that frames the breakout discussion.The presentation should establish the current state of post-quantum cryptography (PQC), explain how the field has evolved from algorithm standardization to secure deployment, identify the most important research challenges for the next 5–10 years, and motivate participants to contribute to defining future research priorities for NSF.The presentation should provide context, not a tutorial, and naturally transition into an interactive discussion.
Create a visually engaging, research-oriented executive assessment that frames the breakout discussion.The presentation should establish the current state of post-quantum cryptography (PQC), explain how the field has evolved from algorithm standardization to secure deployment, identify the most important research challenges for the next 5–10 years, and motivate participants to contribute to defining future research priorities for NSF.The presentation should provide context, not a tutorial, and naturally transition into an interactive discussion.
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This workshop frames post-quantum cryptography at an inflection point, moving from standards to deployable, trustworthy systems. Participants will examine emerging NIST guidance, implementation assurance, side-channel resilience, protocol agility, migration risks, and deployment measurement. The session emphasizes PQC as a research frontier—not just an engineering rollout—and identifies NSF priority signals across test infrastructure, longitudinal datasets, AI-assisted hardening,...