Physical Unclonable Functions - Security and Applications
Explore Physical Unclonable Functions in this comprehensive session, covering advanced security techniques for hardware-based cryptographic systems and device authentication.
Hardware Security Session
Explore cutting-edge hardware security topics and advancements in this comprehensive session from CHES 2022, featuring expert insights and discussions.
Fault Protection Frameworks and SCA Countermeasures
Explore advanced techniques in cryptographic hardware security, focusing on fault protection frameworks and side-channel attack countermeasures for robust system design.
Practical Fault Injection Techniques in Cryptography
Explore practical fault injection techniques and their applications in cryptographic hardware security at this CHES 2022 session, featuring expert insights and cutting-edge research.
Side Channels and Backdoors in Cryptographic Systems
Explore side channels, backdoors, and security vulnerabilities in various systems. Learn about mitigations, lessons from past failures, and best practices for secure key generation and boot processes.
Hardware Security
Explore cutting-edge hardware security research and innovations presented at CHES 2023, covering topics like side-channel attacks, countermeasures, and secure hardware design.
Side-Channel Evaluation and Distinguishers
Explore cutting-edge research on side-channel attacks and defenses in cryptography, featuring expert presentations on evaluation techniques and distinguishers at CHES 2023.
Building OpenTitan - An Open-Source Hardware Root of Trust
Explore the development of OpenTitan, an open-source silicon root of trust project, with insights on its architecture, security features, and collaborative ecosystem.
White Box, Obfuscation, and Logic Locking
Explore white box cryptography, obfuscation techniques, and logic locking methods to enhance hardware and software security against reverse engineering and tampering.
Fault Resistance II
Explore advanced fault resistance techniques in cryptographic hardware at this CHES 2024 session, chaired by Naofumi Homma.
Masking Faults in Cryptographic Hardware - CHES 2024 Session
Explore fault-resistant masking techniques in cryptographic hardware, examining cutting-edge research and implementations presented at CHES 2024.
Side-Channel Analysis: Power-Based Attacks - CHES 2024
Explore advanced techniques in side-channel analysis focusing on power-based attacks, presented by experts at a leading cryptographic hardware conference.
Leakage in Cryptographic Hardware and Embedded Systems
Explore cutting-edge research on leakage in cryptographic hardware and embedded systems at this CHES 2024 session, chaired by Thorben Moos.
Side-Channel Analysis Advancements - CHES 2024
Explore advanced side-channel analysis techniques and their applications in cryptography at this CHES 2024 session, chaired by Shivam Bhasin.
Machine Learning - CHES 2024
Explore cutting-edge applications of machine learning in cryptography and hardware security at this CHES 2024 session, chaired by Fatemeh Ganji.
Glitches in Cryptographic Hardware - CHES 2024 Session
Explore cutting-edge research on glitches in cryptographic hardware at CHES 2024, chaired by Shahin Tajik. Gain insights into the latest developments and potential vulnerabilities in secure systems.
Backporting C++ Safety - Techniques for Pre-Modern Environments
Explore techniques for implementing modern C++ safety in pre-modern environments, focusing on library-based approaches and design patterns for memory safety in large-scale systems.
C/C++ Compiler Options Best Practices
Discover best practices for C/C++ compiler options to enhance code security and performance. Gain insights into optimizing your compilation process.
Lifetime Safety in C++ - Past, Present and Future
Explore C++ memory safety advancements, current mitigations, and future directions. Learn to enhance code safety without sacrificing performance or flexibility.
Delivering Safe C++ - CppCon 2023
Explore type safety in C++ with Bjarne Stroustrup. Learn strategies for writing verified, resource-safe code without compromising performance or expressiveness.
Better CMake: A World Tour of Build Systems - Better C++ Builds
Explore advanced build systems for C++, comparing CMake with newer alternatives. Learn best practices for software supply chain security, reproducibility, and remote builds.