
Unveiling new vulnerabilities in SMM of Coreboot and UEFI systems, exploring impacts, and discussing mitigation techniques. Includes release of CHIPSEC module for automatic detection.

Demonstration of permanent hardware backdooring using Rakshasa malware, exploring BIOS vulnerabilities and implications for computer security and forensics practices.

Explore DIY ARM debugging for Wi-Fi chips using Nexmon framework. Learn to set breakpoints, handle debugging events, and perform single-step debugging on Cortex-R4 microcontrollers in FullMAC Wi-Fi firmwares.

Discover a new tool for automated recovery of service calls and EFI type info in UEFI firmware, simplifying vulnerability hunting and making firmware code resemble original source.

Exploración de vulnerabilidades en fases tempranas de arranque, evolución de mitigaciones de firmware y nuevos ataques en módulos de evaluación de plataformas Intel desde una perspectiva ofensiva.

Descubre vulnerabilidades críticas en routers OEM y sus implicaciones para la seguridad. Análisis detallado de un caso de estudio que revela fallos en la cadena de suministro y prácticas de seguridad deficientes.

Explore IoT security challenges and solutions, covering smart devices, common verticals, technologies, and key vulnerabilities in this comprehensive talk on securing the Internet of Things.

Explore vulnerabilities in U.S. election systems and potential solutions, covering voter registration, voting machines, and result reporting. Learn about security measures and the importance of human factors in election integrity.

Explore Intel AMT vulnerabilities and forensics techniques. Learn about potential attacks, mitigations, and non-destructive investigation methods for compromised systems. Gain insights into remote management technology risks.

Explore firmware vulnerabilities, live debugging, and real-world attacks on network security devices. Learn about untrusted code, scripting, and common criteria audits in this technical deep dive.

Explore firmware security, attack surfaces, and defense strategies. Learn to detect vulnerabilities, monitor integrity, and implement deep systems defense for enterprise protection against hardware and firmware attacks.

Explore modern Secure Boot attacks, focusing on bypassing Intel Boot Guard in enterprise systems. Learn about hardware Root of Trust, Embedded Controllers, and UEFI Firmware vulnerabilities.

Explore open source system firmware initiatives aimed at enhancing boot, device, and management firmware. Industry experts discuss efforts to improve openness, portability, security, and maintainability.

Explore security challenges and solutions for next-gen wearables, focusing on a custom Security Development Lifecycle for hardware, software, and cloud components in IoT ecosystems.

Reverse engineering Embedded Controller firmware to bypass Intel BIOS Guard on Lenovo Thinkpads, exploring hardware security boundaries and firmware update processes.

Explore evolving threat landscapes, from nation-state conflicts to sophisticated attacks on individuals and devices. Learn about below-OS mitigations to protect BIOS, firmware, and data.

Explore a custom bootkit for U-Boot devices, its persistence techniques, and implications for IoT security. Learn about backdooring methods and potential countermeasures.

Explore top 10 security vulnerabilities in Internet of Things devices, covering privacy concerns, industrial systems, and medical applications. Learn about real-world exploits and potential solutions.

Explore hardware security threats, detection methods, and threat modeling with minimal equipment. Learn to identify unexpected features and understand the challenges of hardware implants and interdiction.

Explore advanced techniques for securing firmware in large-scale hardware deployments, addressing challenges and future trends in protecting against persistent backdoors and exploits.

Explores vulnerabilities in Bluetooth stacks, focusing on Host-Controller Interface (HCI) and vendor-specific commands. Demonstrates attack techniques and discusses security implications for MacOS and iOS devices.