
Explores secure multiparty computation using fixed-key block ciphers, providing end-to-end security proofs and improving performance for implementations of secure-computation protocols.

Uncovers security vulnerabilities in IPv6 flow label implementation, demonstrating how it can be exploited for device tracking across networks, VPNs, and browsers on Windows, Linux, and Android systems.

Explore techniques to scale threshold cryptosystems for large-scale distributed systems, focusing on improving efficiency in signature aggregation, verifiable secret sharing, and distributed key generation.

Explore transparent polynomial delegation for zero-knowledge proofs, including constructions, applications to verifiable secret sharing, and comparisons with other ZKP systems.

Secure TensorFlow inference system converting code to MPC protocols. Enables privacy-preserving machine learning on real-world neural networks with improved performance and security guarantees.

Innovative approach to reduce costs in replicated systems using cryptographic proofs for state transitions, enhancing efficiency in large-scale Byzantine fault-tolerant environments.

Explore Mirantis Container Runtime's enterprise features for securing mission-critical applications. Learn about cryptographic modules, CI/CD integration, and vulnerability scanning to build a robust software supply chain.

Learn to set up a self-hosted Matrix/Synapse server using Docker, including installation, configuration, and administration. Gain hands-on experience with open-source communication infrastructure.

Explore the connection between quantum cryptography and black hole radiation decoding. Learn about a new perspective on this equivalence and its implications for quantum commitments.

Explore quantum computing advancements with MIT researcher Anand Natarajan in this Simons Institute workshop, delving into cutting-edge developments and future implications.

Explore hashing, hash functions, and hash tables. Learn their importance and benefits over arrays through practical examples and comparisons.

Explore best practices for secrets management, including guidance for CI/CD pipelines, encryption, detection, and incident handling based on the OWASP Secrets Management Cheat Sheet.

Explore blockchain technology, smart contracts, and NFTs from a hacker's perspective, gaining insights into security implications and potential vulnerabilities.

Practical advice on proper cryptography usage in software and systems, covering design techniques, implementation best practices, and common pitfalls to avoid for secure application development.

Explore privacy-preserving computation in nuclear safeguards, focusing on garbled circuits for anomaly detection without compromising sensitive information between inspectors and facilities.

Exploring Zoom's approach to end-to-end encryption and user identity in video conferencing, focusing on security, trust, and user-friendly implementation in a remote-first world.

Innovative platform using cryptography to support sexual assault survivors, detect repeat offenders, and facilitate safe reporting while preserving privacy and legal privilege.

Exploring emerging cryptographic technologies and their potential impact on security and privacy, focusing on secure enclaves, homomorphic encryption, multiparty computation, and functional cryptography.

Discover how Reformer revolutionizes Transformer models, reducing memory usage and enabling processing of longer sequences through innovative techniques like Locality Sensitive Hashing and Reversible Networks.

Exploring practical applications of searching encrypted data, focusing on structured encryption for efficient querying in high-performance distributed systems and its integration into modern databases.

Exploring end-to-end encryption challenges, balancing privacy with content moderation needs. Proposes user-centric definitions and analyzes improvement strategies to maintain security while enhancing user experience.