
Explore security vulnerabilities in Thunderbolt connections and learn effective strategies to prevent DMA attacks from malicious peripherals on Linux systems.

Explore I/O support options for Trusted Execution Environment VMs, discussing software, hardware, and device requirements for secure data processing in confidential computing workloads.

Explore x86 pKVM implementation for isolated TEE VMs, covering design, requirements, and integration with host OS. Learn about architecture, performance, and future developments.

Explore secure embedded development practices, focusing on encryption, authentication, and trusted execution environments to protect IoT devices and data.

Explore transient execution vulnerability testing methods, challenges, and future improvements for effective mitigation in software and hardware systems.

Explore hardware-based defenses against Return-Oriented Programming (ROP) attacks with IBM expert Mike Rapoport, focusing on cutting-edge security measures for system protection.

Explore secure boot in IoT: its components, use cases, threats it prevents, and implementation status. Learn key elements for supporting secure boot in connected devices.

Explore security vulnerabilities in wireless input devices and learn about potential attack vectors and countermeasures for enhanced cybersecurity awareness.

Explore affordable side-channel attacks with practical demonstrations, learning techniques to exploit vulnerabilities in cryptographic implementations and secure systems.

Explore SPIFFE/SPIRE's latest advancements in secure identity management, including Windows support, SIGSTORE integration, and enhanced hardware security, empowering enterprises with robust infrastructure protection.

Revealing vulnerabilities in cryptocurrency hardware wallets, focusing on the OneKey Mini's security flaws. Demonstrates live exploit to extract and crack the seed, recovering stored funds in under one second.

Explore e-scooter ECU vulnerabilities and hardware implant attacks. Learn reverse engineering techniques for CANBUS messages and remote access exploitation in this cybersecurity deep dive.

Explore Linux system integrity with IBM engineer Mimi Zohar, covering key concepts and techniques for ensuring secure and reliable software environments.

Explore TPM's history, updates, and future developments with Intel's Jarkko Sakkinen. Learn the basic idea and sequence diagram of this crucial technology.

Comprehensive security architecture for critical infrastructure, addressing nation-state cyber threats. Covers hardware roots of trust, secure boot, and integrity measures across various systems and networks.

Explore AMD's x86 memory encryption technologies: Secure Memory Encryption for physical access protection and Secure Encrypted Virtualization for isolated encrypted virtual machines. Learn about architecture, security benefits, and Linux implementation.

Explore advanced cryptographic hardware techniques and implementations in this CHES 2024 session, chaired by Rei Ueno.

Explore TrustZone-M security vulnerabilities in Arm Cortex-M MCUs. Uncover isolation weaknesses, bypass techniques, and potential exploits in microcontroller Trusted Execution Environments.

Explore insights from organizing Hack@DAC, the world's largest hardware hacking competition. Learn about unique aspects, value for the security community, and key takeaways for industry, academia, and researchers.

Explore Apple's Lightning protocol, learn iPhone JTAGging techniques, and discover fuzzing methods for potential vulnerabilities and profit.

Explore how OpenTitan's Silicon Commons is transforming chip design, revolutionizing the industry with open-source hardware and collaborative innovation.