Post-Quantum Cryptography (PQC) Training

Get a comprehensive introduction to post-quantum cryptography, focusing on Kyber (key encapsulation) and Dilithium (digital signatures). You'll explore the underlying principles, including Learning With Errors and Short Integer Solution problems, and the role of the Number Theoretic Transform in optimizing polynomial operations. Hands-on practice covers implementing and analyzing both algorithms and applying NTT for efficiency.

Get a comprehensive review of state-of-the-art attacks on PQC, including simple attacks, correlation power analysis on the NTT, and fault attacks on Dilithium. Practical exercises let you run these attacks on simulated traces generated from code emulation, building a solid understanding of key attack techniques and implementation vulnerabilities.

Tackle a real-world challenge: a Kyber implementation embedded on an STM32 chip. Through a hands-on crack-me exercise, you'll apply side-channel analysis to uncover security weaknesses, gaining practical experience evaluating and attacking PQC implementations in real-world environments.