
Explore TOCTOU attacks on Intel's BootGuard, learn about vulnerabilities in secure boot processes, and discover open-source tools for testing system security.

Explore cost-effective strategies to protect embedded devices from hardware attacks. Learn about common vulnerabilities, defense mechanisms, and design decisions for optimal security in IoT and industrial control systems.

Explore vulnerabilities in HPE Gen10 servers' iLO5 management technology, focusing on the "silicon root of trust" and its implications for server security.

Explore remote attack vectors targeting system firmware, including networking and updates. Learn about exploiting UEFI vulnerabilities for installing persistent implants at scale.

Explore firmware vulnerabilities in Mac systems, demonstrating software-only attacks and showcasing the potential of Mac firmware malware. Learn about shared vulnerabilities and case studies.

Large-scale analysis of firmware images reveals vulnerabilities across embedded systems, highlighting security challenges and the need for improved tools and techniques in firmware analysis.

Exposición de vulnerabilidades en software antirrobo Computrace, demostrando fallos de seguridad y posibles ataques. Incluye análisis del protocolo, comportamiento sospechoso y métodos de detección/desactivación.

Explore embedded device firmware vulnerabilities and large-scale security challenges in this DefCamp 2015 presentation, offering insights for security specialists and developers.

Explore Windows 10's virtualization-based security, its implementation details, and potential vulnerabilities. Includes demonstrations of exploits against VBS and firmware, with a focus on platform complexity issues.

Researchers expose security vulnerabilities in traffic signal systems, demonstrating potential for disruption and safety risks. Recommendations for improving embedded systems security are provided.

Explore the overlooked risks of enterprise device firmware in IT supply chains, uncovering vulnerabilities and discussing their impact on computing security and industry practices.

Exploring how hardware component boundaries impact platform security, focusing on outsourced components, supply chain risks, and threat modeling gaps in modern hardware architectures.

Clever tricks for writing exploits on embedded systems, including tiny shellcode for ARM, memory corruption on 8-bit micros, and developing without debuggers or firmware images.

Explore IoT security challenges in enterprises, examining millions of devices to reveal vulnerabilities, default credentials, and outdated firmware. Gain insights into the current state of IoT security.

Explore security vulnerabilities in embedded systems, focusing on real-world examples and practical attack scenarios. Learn about potential risks and strategies for enhancing embedded system security.

Explore fault injection attacks on Secure Boot, their impact on embedded systems, and strategies for enhancing defenses through simulation techniques.

Explore system firmware vulnerabilities and their impact on security. Learn about offline analysis of UEFI firmware updates to identify protection gaps and potential risks in modern systems.

Explore BIOS input handling, firmware interfaces, and analysis techniques for formal validation and vulnerability detection, including static, dynamic, and symbolic execution approaches.

Explore extreme privilege escalation techniques on Windows 8/UEFI systems, uncovering vulnerabilities in firmware interfaces and demonstrating exploitation methods for elevated system access.

Techniques for analyzing USB stack interactions to gather intelligence on embedded systems, including OS identification and vulnerability exploitation challenges.

Explore design flaws and software vulnerabilities in embedded systems, focusing on Windows 2003 environments and their security implications.