
Explore local leakage resilience in linear secret sharing schemes, examining theoretical foundations and practical implications for secure data distribution.

Explore distributed RSA key generation techniques for semi-honest and malicious adversaries, covering construction, verification, and efficiency in cryptographic implementations.

Explore a cryptographic technique for creating a secure nonce-based MAC using a single key, offering beyond-birthday security through encryption or decryption methods.

Explore advanced cryptographic techniques for attacking message authentication codes beyond the birthday bound, enhancing understanding of security vulnerabilities.

Explore advanced techniques in structured encryption and leakage suppression, focusing on enhancing data security and privacy in cryptographic systems.

Efficient multiparty computation protocol for dishonest majority settings, operating modulo 2^k. Presents novel techniques for secure computation with improved efficiency.

Explore modular approaches to private circuits, focusing on cryptographic techniques for secure computation and data protection in various applications.

Explore non-malleable codes for partial functions, their applications, and construction methods. Learn about challenges, admissible function classes, and implementations in various models.

Explore a novel obfuscation scheme for pattern matching with wildcards, presented at Crypto 2018, offering insights into cryptographic techniques and their applications.

Explore advanced zero-knowledge proofs for composite statements, covering Sigma protocols, garbled circuits, and SNARK constructions. Learn about privacy-preserving credentials and RSA signatures.

Explore automated differential fault analysis techniques for assembly code, enhancing understanding of cryptographic vulnerabilities and attack methodologies.

Explore thermal laser stimulation for key extraction on Xilinx Ultrascale FPGAs, examining vulnerabilities and potential security implications in hardware cryptography.

Explore a novel fault attack technique on symmetric cryptography, focusing on its effectiveness and implications for secure implementations.

Explore linear repairing codes and side channel attacks in cryptography, covering security issues, shading schemes, and practical applications through experiments and observations.

Explores hardware-based obfuscation techniques for constant expressions, presenting a novel approach with minimal overhead. Discusses applications in watermarking and security.

Explores challenges in finite state machine-based hardware obfuscation, analyzing vulnerabilities and proposing potential countermeasures for enhanced security in digital circuit design.

Cryptographic hardware and embedded systems experts present cutting-edge research and innovations in a rapid-fire format, covering diverse topics in security and cryptography.

Explore electromagnetic analysis in IoT, focusing on Thread protocol vulnerabilities. Learn key insights from a real-world attack and its implications for IoT security.

Explore cryptographic vulnerabilities in lattice-based schemes, focusing on cold boot attacks against Ring and Module LWE keys transformed by the Number Theoretic Transform.

Live stream featuring discussions and presentations on cutting-edge cryptography research, trends, and applications in information security.

Explore differential privacy mechanisms, applications, and challenges in data protection. Insights from Cynthia Dwork on privacy-preserving techniques, real-world implementations, and future directions.