Accepted Posters and Demos

Posters and demos accepted for presentation at ACM PQQS 2026.

Poster Papers

  1. Poster: What QBER-Only Monitoring Cannot Distinguish: Benign Channel Change and Partial Intercept–Resend in BB84

    S. Agrawal

  2. Poster: Mapping Post-Quantum Migration Across the EVM Stack

    M. Belenkiy, D. Le, G. Liao, V. Sehrawat, D. Rotaru, S. Gorbunov, M. Sheth, J. Logelin, A. De Abreu, D. Boneh

  3. Poster: Toward Post-Quantum EAP: Fallback and Fragmentation Risks in TLS-Based Authentication

    G. Fabrizio, A. Sperotto, R. van Rijswijk-Deij

  4. Poster: Post-Quantum Cryptographic Migration Framework for Enterprise Zero-Trust Security Architectures

    S. Gentyala, F. Caprio

  5. Poster: V2V Spam Filter with Hashed Certificate Caching: A Verify-Exhaustion Defense for Post-Quantum V2V Communication

    P. Haddad, H. Mahmoud, M. Mahmoud, A. Alsharif

  6. Poster: Post-Quantum Resilience by Design: VERTEX, a Vertically Integrated Framework for NextG Cellular Networks

    I. Karim, R. Behnia, A. Yavuz, E. Bertino

  7. Poster: autoPQC: Hardware-in-the-Loop Formal Analysis of Hybrid PQ-TLS Protocol Implementations

    A. Malik, T. Raza

  8. Poster: Everything Good Comes in 3s: How a Qutrit Port Enables Quantum Advantage

    K. McGregor, S. Sandeep

  9. Poster: The Galois Orbit Cannot Help the Primal Attack on Module-LWE

    N. Ji Mishra, S. Kumar, V. Kumar, A. Bhateja

  10. Poster: From Transitional to Full Post-Quantum Authentication for 5G Base Station Bootstrapping

    M. Rahman, S. DARZI, I. Karim, R. Behnia, A. Yavuz, E. Bertino

  11. Poster: Post-Quantum Migration in 5G: Security Dependencies, Challenges, and Open Questions

    R. Saha, I. Karim, B. Thuraisingham

  12. Poster: Noise Threshold for Certified Deletion

    J. Sharma, A. Nangia

  13. Poster: Evaluating LLM Agents for Post-Quantum Cryptographic Migrations

    K. Upadhyay, U. Farooq

Demonstration Papers

  1. Demonstration: Post Quantum DNSSEC with Merkle Trees in Action!

    H. Dong, S. Sheth

  2. Demonstration: An Interactive Bench for Symbolic Models of Quantum Protocols

    A. Malik, M. Raza