
Explore multiparty computation concepts, including abstract circuits, applications, and communication complexity, with insights into motivation scenarios and new research developments.

Explore RISC-V security mechanisms, including privilege modes, page tables, and control flow integrity, with insights on current status and future proposals.

Explore secret sharing techniques, their applications, and a general framework for secure information distribution in cryptography.

Explore the limitations of AI and the superiority of human intelligence in decision-making, risk assessment, and adapting to uncertain situations with insights from cognitive scientist Gerd Gigerenzer.

Explore homomorphic encryption's potential and limitations in cryptography, including RSA's workings, critical pitfalls, and its relation to the CIA Triad.

Explore major cryptographic failures, including RC4 vulnerabilities, cross-protocol attacks, and the Heartbleed bug, with insights on encryption methods and security protocols.

Explore data security fundamentals, cryptographic tools, and password protection techniques with White Hat VP Peter Faiman in this comprehensive overview.

Explore automatic generation of secure masked bitsliced implementations for cryptographic algorithms, addressing probing attacks and enhancing performance in hardware security.

Explore automated techniques for developing chosen ciphertext attacks in cryptography, including format oracles, theory solvers, and practical examples like PKCS #7 and bitwise padding.

Explore the standardization of Homomorphic Encryption, its community efforts, workshops, and resources. Learn about the principles, history, and issues in this emerging field.

Explore computer-aided verification and software synthesis for secure multi-party computation protocols, focusing on high-assurance implementations and formal proofs using EasyCrypt and automated toolchains.

Explores persistent fault analysis on block ciphers, discussing attack methods, countermeasures, and experimental results. Provides insights for cryptography researchers and security professionals.

Learn about side-channel power analysis, its applications in encryption, and how to perform attacks. Covers basics, implementation, and real-world examples of vulnerable devices.

Explore advanced techniques for secure multi-party computation, focusing on fast, large-scale protocols resistant to malicious adversaries. Learn about cheating detection, optimization, and efficient sum-of-products computation.

Explore quantum supremacy, certified randomness, and their implications in cryptography with Scott Aaronson's insightful presentation on cutting-edge quantum computing concepts.

Explore the concept of dark data, its retention, and processing, with a focus on personal data and legal compliance in data management.

Explore DRAM vulnerabilities and RowHammer attacks with TRRespass, a novel fuzzing technique that exposes weaknesses in Target Row Refresh mitigations, enhancing understanding of hardware security challenges.

Selective memory protection technique for enhanced security in kernel and user space, leveraging virtualization to isolate sensitive data and mitigate data-oriented attacks.

Explore bit-precise symbolic loop mapping for identifying cryptographic functions in obfuscated binaries, enhancing malware defense and forensics through innovative detection techniques.

Explore a framework for universally composable Diffie-Hellman key exchange, simplifying analysis of real-world protocols and reducing the need for complex reduction proofs in cryptographic security.

Explore automated responses to unauthorized certificates and incentives for improved PKI security through blockchain-based consensus and smart contracts.