
Explore non-malleable commitments using Goldreich-Levin list decoding. Learn about semantic security, commitment schemes, and applications in cryptography.

Explore secure full-information coin flipping protocols, adaptive adversaries, and biasing techniques. Analyze expected outcomes, protocol jumps, and robust vs. non-robust approaches.

Explore correlated pseudorandom functions and variable-density LPN, delving into weak PRFs, secure multi-party computation, and pseudorandom correlation generators for enhanced cryptographic security.

Explore innovative cryptographic techniques for secure information sharing, including probabilistically checkable proofs and garbled circuits, with applications in malicious laconic oblivious transfer.

Explore secure remote state preparation protocols, including verification, classical commitment, and quantum random access codes. Learn about computational security and composability in quantum systems.

Explore blockchain's impact beyond hype with Ripple's David Schwartz. Dive into cryptography, distributed ledger technology, and how this innovation is reshaping global economics in a candid SXSW interview.

Explore the intersection of cryptography, distributed systems, and data privacy in the digital age. Learn how new technologies can counter data centralization and shape the future of enterprise infrastructure.

Explore WiFi and secure socket offload in Zephyr OS, focusing on architecture, implementation for TI CC3220SF SoC, and TLS support for secure communication using mbedTLS.

Explore open silicon's role in future security, focusing on RISC-V processors and Zephyr OS to create a secure root of trust for Linux systems. Learn about hardware security cores and privilege levels.

Explore the TPM2 Software Stack: APIs, implementation, and community. Learn about recent developments, future directions, and practical applications in platform security.

Explore physical side-channel attacks on ECDSA key extraction from mobile devices, covering analysis methods, results, equipment, and potential countermeasures.

Explore secure stable matching algorithms for large-scale applications, focusing on privacy preservation and efficient computation in scenarios like medical residency matching.

Explore unilateral-to-mutual authentication in key exchange, focusing on client authentication in TLS 1.3. Learn about the SIGMAC compiler, security definitions, and post-handshake protocols.

Explore practical non-malleable codes using I-more extractable hash functions, covering security, error correction, and applications in cryptography and data integrity.

Explore new constructions, applications, and lower bounds of Order-Revealing Encryption, focusing on encrypted data searching and range queries with enhanced security and performance.

Explore partial order preserving encoding for secure data management, covering introduction, space analysis, security considerations, and addressing audience questions.

Explore HTTPS ecosystem's private key sharing practices, risks, and implications for web security. Learn detection methods and analysis of key sharing among domains and hosting providers.

Explore functional lattice cryptography, focusing on cyclotomic rings and FHE implementations. Learn about performance improvements and a compiler for homomorphic evaluation.

Explores efficient batched oblivious PRF for private set intersection, presenting novel protocols and discussing security implications and comparisons with existing methods.

Explore advanced techniques for secure multiparty computation, focusing on oblivious transfer and authentication methods to enhance efficiency and security in distributed computing.

Explore a novel framework for prototyping applications using multilinear maps and matrix branching programs, focusing on optimizations, cryptographic techniques, and performance improvements in program obfuscation.