Post-Quantum Cryptography (PQC) Physical Threats: 2-Day Training Program
2 days of hands-on SCA and FI against ML-KEM and ML-DSA, from attack theory to live key recovery.
Physical attacks against PQC implementations are no longer theoretical. As ML-KEM and ML-DSA move into production, the gap between algorithmic security and implementation security becomes a critical exposure for any organization deploying or evaluating these standards.
This training was designed by security analysts who break these implementations for a living. Over two days, participants build the expertise to do the same: understanding where lattice-based constructions leak, how NTT arithmetic exposes secret material to power analysis, and how fault models specific to ML-KEM and ML-DSA translate into key recovery and signature forgery against real targets.
Lineup
Dr Pierre-Yvan Liardet
Dr Rafael Carrera Rodriguez
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Highlights
- Online
Refund Policy
Location
Online event
Agenda
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ML-KEM internals and physical attack theory
Why Kyber's internal arithmetic creates exploitable leakage points, and how its security construction breaks down under physical attack.
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Hands-on SCA and FI on ML-KEM
Hands-on SCA and fault injection against a live Kyber implementation, from trace analysis through to key recovery.