Symmetric Designs in Cryptographic Hardware and Embedded Systems
Explore cutting-edge symmetric cryptography designs presented at CHES 2023, featuring innovative research and insights from leading experts in the field.
Dealing with Microarchitectural Effects - CHES 2023
Explore microarchitectural effects in cryptographic hardware and embedded systems, focusing on security implications and mitigation strategies for modern computing architectures.
Side-Channel Attacks on Post-Quantum Implementations - Part 3
Explore cutting-edge side-channel attacks on post-quantum cryptography implementations in this CHES 2023 session, chaired by Matthias Kannwischer.
Side-Channel Attacks on Symmetric Algorithms II
Explore advanced side-channel attacks on symmetric algorithms in this CHES 2023 session, chaired by Thorben Moos. Gain insights into cutting-edge research and developments in cryptographic hardware security.
Security of Efficient Exponentiation - CHES 2023
Explore efficient exponentiation techniques and their security implications in cryptography, presented by experts at CHES 2023.
Side-Channel Attacks on Symmetric Algorithms - Part I
Explore cutting-edge research on side-channel attacks targeting symmetric cryptographic algorithms, presented by experts at CHES 2023. Gain insights into vulnerabilities and potential countermeasures.
Masking Techniques in Cryptography - Part II
Explore advanced masking techniques for cryptographic hardware security, presented by experts at CHES 2023. Gain insights into cutting-edge research and practical applications.
RISC-V Cryptography Extensions - Current Status and Future Plans
Explore RISC-V cryptography extensions, their current status, and future developments with insights from Ben Marshall of University of Bristol and PQShield.
Post-Quantum Cryptography - Part 3
Explore post-quantum cryptography advancements and gain insights from CHES 2021 conference closing remarks, advancing your understanding of cutting-edge cryptographic technologies.
Machine Learning for Side-Channel Attacks
Explore machine learning techniques for side-channel attacks, enhancing cybersecurity knowledge and practical skills in this cutting-edge field of information security.
CHES Test-of-Time Award Session
Explore the CHES Test-of-Time Award, its background, and the impact of the winning paper on cryptographic notation, discoveries, and applications.
Physical Unclonable Functions: Machine Learning and Security Challenges
Explore machine learning applications for Physical Unclonable Functions, addressing challenges in simulation, optimization, and security while examining various attack strategies.
Control Flow Integrity on RISC-V
Explore hardware-assisted control flow integrity mechanisms for RISC-V, focusing on shadow stacks and landing pad instructions to enhance program safety and prevent memory-based attacks.
A More Open Trust Protocol - Leveraging Hardware-Backed Security for IoT
Explore a new protocol for hardware-backed security in IoT, its implementation in TEE, and potential applications across various security architectures.
TrenchBoot: Enhancing System Security with Intel TXT and AMD SVM
Explore TrenchBoot's integration of hardware-rooted security for open and proprietary systems, reducing attack surfaces and enhancing platform integrity through Intel TXT and AMD SVM technologies.
Protected Execution Facility for Secure Virtual Machines
Explore IBM's Protected Execution Facility for enhanced security in Linux servers. Learn about secure virtual machines, architectural modifications, and protection against compromised components in cloud computing.
Linux Kernel Security Contributions by ANSSI
Explore ANSSI's contributions to Linux kernel security, including Landlock LSM and CLIP Linux. Learn about the benefits of open-source collaboration for government agencies and enterprises.
Using Hardware Protected Keys with the Linux Crypto API
Learn to use hardware-protected keys with Linux Crypto API for enhanced security in embedded systems. Explore implementation, benefits, and potential challenges in this in-depth presentation.
Cluck Cluck on Intel's Broken Promises - BSidesLV 2014
Explore Intel's unfulfilled promises and their implications for computer security. Gain insights into processor vulnerabilities and potential risks in modern computing systems.
Efficient and Generic Microarchitectural Hash Function Recovery - Session 111
Explore efficient techniques for recovering microarchitectural hash functions, enhancing understanding of hardware vulnerabilities and potential security implications.
Systemd and TPMs: Updates on Disk Encryption, PCR Policy Management, and More
Explore systemd's latest TPM-related features, including disk encryption, PCR policy management, measurement APIs, and event logging.