Miscellaneous
Final Reporting Session
Summary of Key Discussion Points
- PQC standardization process and updates
- PQC hardware implementation (agility, algorithmic innovation, architecture)
- Side-channel attacks and countermeasures for PQC (EDA tools, circuit-level innovation, sensitivity analysis)
- Cybersecurity threats to quantum computing and defenses
- Privacy-preserving techniques for quantum computing
- Future research on hardware security for PQC and quantum computing
Summary of Key Outcomes
- All the invited speakers, panelists, and attendees emphasized the importance of hardware security for PQC and quantum computing.
- Promising research directions were identified across keynote talks, sessions, and panels.
- New research ideas and potential collaborations were initiated among academia and industry.
- Participants urged continued development of the workshop and community-building efforts.
Recommendations & Future Research Directions
- Novel hardware implementations for PQC: agility, algorithmic optimization, new architectures, and lightweight PQC development.
- Expanded research into side-channel analysis for hardware PQC: classical countermeasures, threat modeling, ML-assisted side-channel work, and EDA tool development for secure design.
- Cybersecurity for quantum computing: error correction, secure attack/defense methods, privacy-preserving circuit design, and anomaly detection for quantum systems.
Also recommended: public outreach and education about PQC and quantum computing security.
Long-term perspective: maintain the workshop to grow the research community across academia, industry, and government. Concerns noted included a limited PQC implementation research community in the U.S., insufficient hardware security work for quantum computing, and the need for increased investment and talent development.
Participant Demographics
- 13 invited speakers (including 2 keynotes): 9 from academia, 3 from industry, 1 from NIST.
- 3 guests from NSF attended.
- 2 student volunteers assisted with recordings and logistics.
- 2 co-chairs moderated panel discussions.