Cryptanalyses of Branching Program Obfuscations over GGH13 Multilinear Map from the NTRU Problem
Explores cryptanalysis techniques for branching program obfuscations using GGH13 multilinear maps, focusing on vulnerabilities related to the NTRU problem in lattice-based cryptography.
On a Generalization of Substitution-Permutation Networks - The HADES Design Strategy
Explore innovative cryptographic design strategies, focusing on the HADES approach that generalizes substitution-permutation networks for enhanced security and efficiency in various applications.
Improved Classical Cryptanalysis of SIKE in Practice
Improved classical cryptanalysis techniques for the SIKE post-quantum cryptosystem, enhancing efficiency and practicality of attacks on this isogeny-based protocol.
Cryptanalysis and Concrete Security - Closing Remarks
Explore cryptanalysis techniques and concrete security measures, enhancing your understanding of cryptographic systems and their vulnerabilities.
Tools for Cryptanalysis
Explore essential tools and techniques for cryptanalysis, enhancing your ability to analyze and break cryptographic systems.
Cryptanalysis of Block Ciphers
Explore advanced techniques in cryptanalysis of block ciphers, focusing on cutting-edge methods and recent developments in the field of cryptography.
Cryptanalysis
Explore advanced cryptanalysis techniques, including differential-linear analysis and meeting-in-the-middle attacks, to enhance understanding of modern cryptographic security.
Cryptanalysis - Continued
Explore advanced cryptanalysis techniques and their applications in modern cybersecurity, building on fundamental concepts to enhance your cryptographic expertise.
Time and Query Complexity Tradeoffs for the Dihedral Coset Problem - Session III
Explore time and query complexity tradeoffs for the Dihedral Coset Problem in post-quantum cryptography, presented by André Schrottenloher at PQCrypto 2023.
Hardness of Scheme-Switching Between SIMD FHE Schemes - Session II
Explore the challenges of scheme-switching in SIMD FHE schemes, focusing on theoretical aspects and potential implications for post-quantum cryptography.
Wave Parameter Selection for Post-Quantum Cryptography - Session I
Explore Wave parameter selection for post-quantum cryptography digital signatures with Nicolas Sendrier at PQCrypto 2023.
Side-Channel Analysis of Dilithium in Hardware - Session VII
Explore side-channel analysis of Dilithium in hardware, focusing on breaking and protecting the Crystal implementation for post-quantum cryptography.
Classical and Quantum 3 and 4-Sieves to Solve SVP with Low Memory - Session III
Explore classical and quantum 3 and 4-sieves for solving SVP with low memory, presented by André Chailloux and Johanna Loyer at PQCrypto 2023.
On the Quantum Security of HAWK - Session IV
Explore quantum security analysis of HAWK, a post-quantum cryptographic scheme, presented at PQCrypto 2023 conference.
Overbeck's Attack and Twisted Gabidulin-Based Schemes - Session VI
Explore Overbeck's attack extension and its application to Twisted Gabidulin-based schemes cryptanalysis in post-quantum cryptography.
New NTRU Records with Improved Lattice Bases - Session VI
Explore new NTRU records and improved lattice bases in post-quantum cryptography, focusing on cryptanalysis advancements and their implications.
Multi-positional Mismatch Attacks Against Kyber and Saber - Session VI
Explore near-optimal multi-positional mismatch attacks against Kyber and Saber in post-quantum cryptography, enhancing understanding of cryptanalysis techniques.
SPDH-Sign: Towards Efficient, Post-quantum, Group-based Signatures - Session I
Explore post-quantum group-based signatures with SPDH-Sign, focusing on efficiency and security in the era of quantum computing.
NTWE: A Natural Combination of NTRU and LWE - Session II
Explore NTWE, a novel cryptographic approach combining NTRU and LWE, presented by Joel Gärtner at PQCrypto 2023's theory session.
How We Created the First SHA-1 Collision and What it Means for Hash Security
Explore the creation of the first SHA-1 collision, its implications for hash security, and the challenges faced in developing a meaningful payload and scaling computation.
Symmetric Cryptanalysis II
Explore advanced symmetric cryptanalysis techniques, including differential strategies for multiple-branch designs and rotational-XOR differential rectangle analysis on Simon-like ciphers.