World-leaders in Cryptography - Yuriy Polyakov
Explore lattice-based cryptography, homomorphic encryption, and privacy-preserving machine learning with Duality Technologies' VP of Cryptography, Yuriy Polyakov.
Using Structured Variants in Lattice-Based Cryptography - Lecture 1
Explorez les variantes structurées en cryptographie post-quantique basée sur les réseaux. Approfondissez les fondements mathématiques et les applications pratiques de cette approche innovante.
Using Structured Variants in Lattice-Based Cryptography - Lecture 2
Explorez les variantes structurées en cryptographie sur réseaux. Approfondissez les concepts avancés et leurs applications dans ce domaine mathématique complexe.
Mathematics of Post-quantum Cryptography in the AI Era
Explore post-quantum cryptography's mathematical foundations and its intersection with AI, focusing on cutting-edge developments and future implications for cybersecurity.
The Quantum Decoding Problem - From Classical to Quantum Superposition
Delve into quantum cryptography research exploring the Quantum Decoding Problem, its relationship with classical decoding, and implications for lattice-based cryptography through theoretical analysis and quantum algorithms.
Estimating the Difficulty of Breaking Lattice-Based Cryptography
Explore cutting-edge research on lattice-based cryptography security, focusing on difficulty estimation techniques for breaking these advanced encryption systems.
Post-Quantum Hardware Implementations
Explore cutting-edge hardware implementations for post-quantum cryptography, focusing on efficiency and security in the era of quantum computing.
Lattice-Based Signatures and Elliptic Curve Cryptography - AC 2023 Session
Explore cutting-edge cryptographic techniques with a focus on lattice-based signatures and elliptic curve cryptography, advancing your understanding of modern secure communication methods.
Lattice-Based Cryptography
Explore lattice-based cryptography, focusing on NewHope algorithm, hardware designs, and optimizations for post-quantum cryptography implementation.
Lattice Based Cryptography
Explore lattice-based cryptography, focusing on memory optimization, security, and asymmetry tweaks. Learn about modular approaches and security reductions in this advanced cryptographic field.
Improved Discrete Gaussian and Subgaussian Analysis for Lattice Cryptography
Improved analysis of discrete Gaussian distributions for lattice-based cryptography, focusing on smoothness properties and subgaussian random variables to enhance security and efficiency.
Key-Homomorphic Pseudorandom Functions from LWE with Small Modulus
Explore key-homomorphic pseudorandom functions based on Learning With Errors, focusing on small modulus applications, security implications, and potential limitations in cryptographic systems.
Fault Attacks on CCA-Secure Lattice KEMs
Explore fault attacks on lattice-based key encapsulation mechanisms, focusing on Kyber and Saber. Learn about implementation security, attack strategies, and potential countermeasures.
Lattice-Based Cryptography
Explore lattice-based cryptography, covering key concepts, recent developments, and applications in secure communication and data protection.
Saber on ARM- CCA Secure Module Lattice Based Key Encapsulation on ARM
Explore efficient implementation of Saber, a lattice-based key encapsulation mechanism, on ARM Cortex-M0 and M4 processors, focusing on optimization techniques and performance analysis.
MatRiCT+: More Efficient Post-Quantum Private Blockchain Payments
Explore post-quantum blockchain privacy with MatRiCT+, featuring lattice-based cryptography, balance proofs, and innovative approaches for enhanced efficiency and security in digital payments.
Security and Encoding in Fully Homomorphic Encryption - Rachel Player, Sorbonne Université
Explore security and encoding in Fully Homomorphic Encryption, covering Ring-LWE parameters, NIST post-quantum standardization, and efficient encoding techniques for higher-depth circuit evaluation.
Lattices, Post-Quantum Security and Homomorphic Encryption
Explore lattice-based cryptography's foundations, quantum resistance, and encrypted data computation capabilities in this lecture on modern cryptographic techniques and applications.
The Learning With Errors Problem and Cryptographic Applications
Explore the Learning With Errors problem, its quantum reductions, and cryptographic applications in lattice-based cryptography, including digital signatures and security trapdoors.
Batch Arguments for NP and SNARGs for P from LWE
Explore advanced cryptographic concepts like batch arguments for NP and SNARGs for P, derived from Learning With Errors (LWE) assumptions, in this technical talk by Abhishek Jain.
Duality in Lattice Based Cryptography
Explore lattice-based cryptography's duality, focusing on public key generation and the GBV crypto system, with insights from expert Daniele Micciancio.