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Explore advanced cryptographic techniques in this conference session from PKC 2025, chaired by Jacob C. N. Schuldt, focusing on secure computation methods that enable parties to jointly compute functions over their inputs while keeping those inputs private. Delve into cutting-edge research presentations covering protocols, theoretical foundations, and practical implementations of secure multi-party computation, homomorphic encryption, and related privacy-preserving technologies. Gain insights from leading researchers in the field as they present their latest findings on efficiency improvements, security proofs, and real-world applications of secure computation systems. Access comprehensive materials including research papers and presentation slides through the official PKC 2025 program to deepen your understanding of these fundamental cryptographic primitives that form the backbone of modern privacy-preserving distributed computing.
