On ELFs, Deterministic Encryption, and Correlated-Input Security
Explore deterministic encryption, correlated-input security, and their connection to extractable laconic function families (ELFs) in this cryptography research presentation.
On the Existence of 3-Round Zero-Knowledge Protocols
Explores the existence and properties of 3-round zero-knowledge protocols in cryptography, discussing theoretical implications and potential applications in secure communication systems.
A Perspective on Standardization of Advanced Cryptography at NIST
Perspective on NIST's role in standardizing advanced cryptography, focusing on threshold and privacy-enhancing cryptography. Explores challenges and opportunities in these complex areas.
Advanced Cryptography on the Way to Practice
Overview of recent developments in advanced cryptography, focusing on secure multiparty computation, zero knowledge, and differential privacy, with emphasis on practical implementations and efficiency improvements.
The 9 Lives of Bleichenbacher's CAT - New Cache Attacks on TLS Implementations
Explore new cache attacks on TLS implementations, focusing on Bleichenbacher's CAT and its evolution in modern cryptography.
Scalable Scanning and Automatic Classification of TLS Padding Oracle Vulnerabilities
Explore TLS padding oracle vulnerabilities, their history, and detection methods. Learn about scanning techniques, vulnerability identification, and real-world implications for web security.
Johnny, You Are Fired! – Spoofing OpenPGP and S MIME Signatures in Emails
Explore email signature spoofing techniques for OpenPGP and S/MIME, uncovering vulnerabilities in digital communication security.
Breaking the Bluetooth Pairing - Fixed Coordinate Invalid Curve Attack
Explore Bluetooth vulnerabilities and the Invalid Curve Attack on pairing protocols. Learn about elliptic curve cryptography, attack phases, and mitigation strategies for secure connections.
The Curse of Class Imbalance and Conflicting Metrics with Machine Learning for Side-channel Evaluation
Explore machine learning challenges in side-channel analysis, focusing on class imbalance and conflicting metrics. Learn strategies to address these issues in cryptographic hardware evaluation.
Non-Profiled Deep Learning-Based Side-Channel Attacks with Sensitivity Analysis
Explore non-profiled deep learning techniques for side-channel attacks, focusing on sensitivity analysis to enhance attack effectiveness and efficiency in cryptographic systems.
Deep Learning to Evaluate Secure RSA Implementations
Explore deep learning techniques for evaluating secure RSA implementations, focusing on cryptographic hardware and embedded systems security.
Blackbox Secret Sharing Revisited - A Coding-Theoretic Approach with Application to Expansionless
Explore coding-theoretic approaches to blackbox secret sharing, examining applications in expansionless near-threshold schemes as presented at Eurocrypt 2020.
Separate Your Domains - NIST PQC KEMs, Oracle Cloning and Read-Only Indifferentiability
Explore post-quantum cryptography, focusing on NIST's key encapsulation mechanisms, oracle cloning, and read-only indifferentiability in this advanced cryptographic research presentation.
Mathematics and Cryptography - A Marriage of Convenience?
Explore the interplay between mathematics and cryptography, covering key concepts, historical developments, and personal insights from a renowned cryptographer's journey in the field.
Statistical ZAPR Arguments from Bilinear Maps
Explore advanced cryptographic techniques using bilinear maps to construct statistical zero-knowledge arguments of partial knowledge with improved efficiency and security.
Efficient Simulation of Random States and Random Unitaries
Explore efficient simulation techniques for random quantum states and unitaries, covering applications, limitations, and technical contributions in quantum theory.
Measure-Rewind-Measure - Tighter Quantum Random Oracle Model Proofs for One-Way to Hiding and Collision Resistance
Explore quantum cryptography proofs, focusing on One-Way to Hiding and Compressed Certificates, with improved techniques for tighter security bounds in the Random Oracle Model.
Signatures from Sequential-OR Proofs
Explore innovative signature schemes using sequential-OR proofs, enhancing cryptographic security. Learn design strategies, protocols, and applications in multi-party scenarios.
Low Error Efficient Computational Extractors in the CRS Model
Explore efficient computational extractors with low error in the CRS model, covering weak sources, two-source extractors, and non-malleable extractors. Gain insights into cutting-edge cryptographic research.
OptORAMa - Optimal Oblivious RAM
Optimal Oblivious RAM techniques for enhanced data privacy, exploring tight compaction, hierarchical structures, and innovative algorithms to minimize access pattern leakage in encrypted storage systems.
Adaptively Secure ABE for DFA from k-Lin and More
Explore advanced cryptographic techniques for Attribute-Based Encryption, focusing on Deterministic Finite Automata and k-Linear assumptions in this research presentation.