
Explore CAN bus protocol vulnerabilities in automotive systems, focusing on how attackers can exploit metadata fields and protocol specifications to create denial-of-service attacks in embedded systems.

Dive into the security vulnerabilities of Baseboard Management Controllers (BMC), exploring exploit chains and firmware implants in NVIDIA hardware with AMI MegaRAC BMC implementation.

Uncover critical vulnerabilities in railway signaling systems through an analysis of accessible hardware tools and their potential impact on train operations, with focus on Spanish infrastructure.

Dive into the fascinating world of eFuse memory security, exploring physical extraction techniques from basic decapsulation to advanced SEM analysis for accessing encrypted data storage.

Dive into advanced hardware hacking techniques to exploit Apple's ACE3 USB-C controller, using reverse engineering, side-channel analysis, and fault injection to gain code execution access on iPhone 15.

Discover WHAD, a versatile framework for wireless protocol hacking that enables hardware interoperability and simplified tool development for security researchers exploring wireless vulnerabilities.

Explore the current status and advancements of Morello and CHERI technologies in computer architecture and security.

Explore CHERIoT, a cutting-edge platform enhancing security for IoT devices. Learn about its innovative features and potential impact on the future of connected technology.

Explore cutting-edge gadget technologies and their applications in cryptographic hardware and embedded systems at CHES 2024's Gadgets I session.

Explore cutting-edge masking techniques for RISC-V architecture in this CHES 2024 session, focusing on enhancing cryptographic security and side-channel attack resistance.

Explore cutting-edge fault resistance techniques in cryptographic hardware at CHES 2024, chaired by Pascal Sasdrich. Gain insights into latest research and advancements in this critical field.

Explore advanced whitebox cryptography techniques and their applications in secure systems, chaired by renowned cryptographer Bart Preneel at CHES 2024.

Explore cutting-edge deep learning techniques for side channel attacks in cryptography, focusing on latest research and advancements in this critical security field.

Explore Physical Unclonable Functions in this comprehensive session, covering advanced security techniques for hardware-based cryptographic systems and device authentication.

Explore cutting-edge hardware security topics and advancements in this comprehensive session from CHES 2022, featuring expert insights and discussions.

Explore advanced techniques in cryptographic hardware security, focusing on fault protection frameworks and side-channel attack countermeasures for robust system design.

Explore practical fault injection techniques and their applications in cryptographic hardware security at this CHES 2022 session, featuring expert insights and cutting-edge research.

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.

Explore cutting-edge hardware security research and innovations presented at CHES 2023, covering topics like side-channel attacks, countermeasures, and secure hardware design.

Explore cutting-edge research on side-channel attacks and defenses in cryptography, featuring expert presentations on evaluation techniques and distinguishers at CHES 2023.

Explore the development of OpenTitan, an open-source silicon root of trust project, with insights on its architecture, security features, and collaborative ecosystem.