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.
For organizations preparing their post-quantum roadmaps, equipping engineering and security teams to evaluate these new standards against physical attack vectors is a critical requirement.
We are offering a specialized 2-day online training program focused entirely on the physical vulnerabilities of CRYSTALS-Kyber (ML-KEM) and CRYSTALS-Dilithium (ML-DSA). The curriculum bridges theoretical mechanics with practical hardware-level exploitation, allowing your team to identify and mitigate catastrophic hardware-level leaks before deployment.
⚠️ Capacity is strictly limited to ensure high-quality, dedicated expert support during the practical lab sessions.
Ticket types & Pricing options
- General Admission: Standard registration for individual professionals.
- Academia (PhD Students): 50% discount with code "STUDENT" for active doctorate students.
- Private Team Sessions: Special pricing is available for dedicated corporate training sessions. Please contact us directly to arrange a private cohort for your engineering team.
💸 Early Bird Registration: A discounted rate is available for both sessions until October 1.
For the complete hour-by-hour technical agenda, please visit: https://www.eshard.com/pqc-physical-security-training
Lineup
Dr Pierre-Yvan Liardet
Dr Rafael Carrera Rodriguez
Good to know
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.