Physical Emissions - CHES 2024
Explore cutting-edge research on physical emissions in cryptographic hardware at CHES 2024, chaired by Patrick Schaumont. Gain insights into latest developments and implications for secure system design.
Booting with Caution: Dissecting Secure Boot's Third-Party Attack Surface
Dissect Secure Boot's third-party attack surface, exploring vulnerabilities and potential exploits in boot processes.
Dealing with UEFI Secure Boot Using Yocto Project
Implement UEFI Secure Boot in production using Yocto Project. Learn analysis, integration, and maintenance processes for this critical functionality in ongoing projects.
Practical Security for Embedded Systems Using Trusted Execution Environments - YPDD 2024.09
Explore practical security measures for embedded systems using Trusted Execution Environments. Learn about TEE benefits, root of trust, and gain insights from Zarhus OS integration within Yocto-based Secure Embedded Linux.
UEFI Secure Boot in Cloud Workloads - Implementation and Benefits
Explore UEFI Secure Boot implementation in OpenStack environments, covering benefits for virtual workloads, image compatibility, and configuration methods for bare metal deployments using Ironic.
RingHopper: From User-Land to SMM - A Journey Through UEFI Vulnerabilities
Delve into the discovery of RingHopper, a critical UEFI vulnerability affecting billions of devices, exploring exploitation techniques and elevation methods across Windows and Linux systems.
Side Channel Metrics and Masking Schemes - CHES 2022 Session
Explore advanced side channel metrics and masking schemes in cryptography, enhancing security against hardware attacks and information leakage.
MIRACLE: MIcRo-ArChitectural Leakage Evaluation - Best Paper Award Session
Explore groundbreaking research on micro-architectural leakage evaluation in cryptographic hardware, presented by award-winning experts at CHES 2022.
Efficient Masking Techniques in Cryptography
Explore advanced techniques in efficient masking for cryptographic implementations, enhancing security against side-channel attacks in hardware and software systems.
Leakage Resilience and Masking Verification in Cryptography
Explore cutting-edge techniques in cryptographic hardware security, focusing on leakage resilience and masking verification methods for enhanced protection against side-channel attacks.
Verifiable End-to-End Secure OCI Native Machines
Explore a secure toolchain for verifiable workloads using signed OCI images, ensuring tamper-proof boot processes and authenticated communication with hosts.
Establishing Trust in Linux Keyrings - Built-in, Imputed, or Transitive Trust
Explore Linux keyrings, trust models, and key management in firmware, kernel, and user space. Learn about trust domains, scope, usage constraints, and security implications for different systems.
IoT Security - Ecosystem, Interoperability and Standards
Explore IoT security challenges and solutions with the Security & Privacy Development Lifecycle framework, addressing ecosystem complexities, privacy concerns, and compliance issues in rapidly evolving IoT landscapes.
Cracking Light-weight Cryptography with Side Channels
Explore side-channel attacks on lightweight cryptography systems, understanding vulnerabilities and defense strategies for secure implementation in resource-constrained environments.
Side Channel Attacks on Post-Quantum Implementations - Part I
Explore cutting-edge side channel attacks on post-quantum cryptography implementations in this CHES 2023 session, chaired by Thomas Eisenbarth. Gain insights into emerging security challenges and countermeasures.
Machine Learning and Side-Channel Analysis - Part 2
Explore advanced machine learning techniques for side-channel analysis in cryptography, covering neural networks, deep learning, and collision attacks with practical applications and sensitivity analysis.
Threshold Implementations in Software: Micro-architectural Leakages in Algorithms - Best Paper CHES 2023
Explore award-winning research on threshold implementations in software, focusing on micro-architectural leakages in algorithms and their impact on cryptographic security.
Fault Analysis on Symmetric Algorithms I - CHES 2023
Explore fault analysis techniques for symmetric cryptographic algorithms, focusing on recent research and advancements presented at CHES 2023, chaired by Shivam Bhasin.
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.
Fault Analysis on Symmetric Algorithms II
Explore advanced fault analysis techniques for symmetric cryptographic algorithms, presented by leading experts at CHES 2023.
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.