Adaptive Garbled RAM from Laconic Oblivious Transfer
Explore innovative cryptographic techniques combining Adaptive Garbled RAM and Laconic Oblivious Transfer, advancing secure computation and data privacy in modern cryptography.
On the Round Complexity of OT Extension
Explore the round complexity of oblivious transfer extension protocols, examining theoretical advancements and implications for secure multiparty computation.
A Simple Obfuscation Scheme for Pattern Matching with Wildcards
Explore a novel obfuscation scheme for pattern matching with wildcards, presented at Crypto 2018, offering insights into cryptographic techniques and their applications.
Two Round Multiparty Secure Computation Minimizing Public Key Operations
Explore innovative techniques for efficient multiparty secure computation, focusing on minimizing public key operations in just two rounds of communication.
Non Interactive Zero Knowledge Proofs for Composite Statements
Explore advanced zero-knowledge proofs for composite statements, covering Sigma protocols, garbled circuits, and SNARK constructions. Learn about privacy-preserving credentials and RSA signatures.
Fault Attacks Made Easy - Differential Fault Analysis Automation on Assembly Code
Explore automated differential fault analysis techniques for assembly code, enhancing understanding of cryptographic vulnerabilities and attack methodologies.
SIFA - Exploiting Ineffective Fault Inductions on Symmetric Cryptography
Explore a novel fault attack technique on symmetric cryptography, focusing on its effectiveness and implications for secure implementations.
Spin Me Right Round - Rotational Symmetry for FPGA Specific AES
Explore rotational symmetry in FPGA-specific AES implementation, focusing on innovative approaches to enhance efficiency and side-channel protection in cryptographic designs.
Linear Repairing Codes and Side Channel Attacks
Explore linear repairing codes and side channel attacks in cryptography, covering security issues, shading schemes, and practical applications through experiments and observations.
Stealthy Opaque Predicates in Hardware - Obfuscating Constant Expressions at Negligible Overhead
Explores hardware-based obfuscation techniques for constant expressions, presenting a novel approach with minimal overhead. Discusses applications in watermarking and security.
On the Difficulty of FSM Based Hardware Obfuscation
Explores challenges in finite state machine-based hardware obfuscation, analyzing vulnerabilities and proposing potential countermeasures for enhanced security in digital circuit design.
CHES 2018 Rump Session
Cryptographic hardware and embedded systems experts present cutting-edge research and innovations in a rapid-fire format, covering diverse topics in security and cryptography.
EM Analysis in the IoT Context - Lessons Learned from an Attack on Thread
Explore electromagnetic analysis in IoT, focusing on Thread protocol vulnerabilities. Learn key insights from a real-world attack and its implications for IoT security.
SAEB - A Lightweight Blockcipher Based AEAD Mode of Operation
Explore a lightweight authenticated encryption mode for resource-constrained devices, offering security and efficiency in cryptographic operations.
Cold Boot Attacks on Ring and Module LWE Keys Under the NTT
Explore cryptographic vulnerabilities in lattice-based schemes, focusing on cold boot attacks against Ring and Module LWE keys transformed by the Number Theoretic Transform.
On Recovering Affine Encodings in White Box Implementations
Explore techniques for recovering affine encodings in white-box cryptography implementations, focusing on security analysis and potential vulnerabilities in cryptographic systems.
The IACR Live Stream
Live stream featuring discussions and presentations on cutting-edge cryptography research, trends, and applications in information security.
Fully Homomorphic Encryption from the Ground Up
Explore the foundations and intricacies of Fully Homomorphic Encryption in this comprehensive talk by Daniele Micciancio, delving into advanced cryptographic concepts and their applications.
Verifier-on-a-Leash - New Schemes for Verifiable Delegated Quantum Computation, with Quasilinear Resources
Explore new schemes for verifiable delegated quantum computation, featuring quasilinear resources and enhanced security in this cutting-edge cryptography research presentation.
Symbolic Encryption with Pseudorandom Keys
Explore innovative cryptographic techniques using symbolic encryption and pseudorandom keys, enhancing security in modern cryptographic systems.
Ring Signatures - Logarithmic-Size, No Setup—from Standard Assumptions
Explore innovative ring signatures with logarithmic size and no setup, based on standard assumptions. Learn about this cryptographic advancement presented at EUROCRYPT 2019.