Explore post-quantum cryptography through this 53-minute conference session focused on isogeny-based signature schemes presented at CHES 2025 and chaired by Jesús-Javier Domínguez. Delve into cutting-edge research on cryptographic signatures that leverage mathematical structures called isogenies to provide security against both classical and quantum computing attacks. Examine the latest developments in isogeny-based cryptographic protocols, their implementation challenges, and their potential role in the post-quantum cryptographic landscape. Access comprehensive materials including research papers and presentation slides to deepen your understanding of this specialized area of cryptographic research that addresses the urgent need for quantum-resistant digital signature schemes.