
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 Bluetooth firmware reverse engineering, security insights, and bug-finding techniques in this deep dive into wireless technology vulnerabilities.

Explore the Philips TriMedia architecture, examining its history, features, and potential vulnerabilities through firmware analysis and hardware exploration.

Explore IoT-CCTV device vulnerabilities, learn exploitation techniques, and understand the potential impact on security and privacy in this eye-opening presentation.

Explore unified RF fuzzing techniques with a common API, enhancing wireless security testing across various protocols and standards.

Explore Xiaomi IoT ecosystem security, firmware extraction, and cloud communication. Learn to modify devices, implement new functions, and gain independence from proprietary cloud services.

Explore homemade tools for testing mobile devices and monitoring networks, covering interception techniques, firmware analysis, and hardware auditing for enhanced security understanding.

Exploración de seguridad del terminal Starlink: vulnerabilidades, ataques de inyección de fallas y acceso root. Análisis de la red Starlink y sus implicaciones para futuras investigaciones.

Explore eCos RTOS security, from firmware analysis to exploitation and persistence. Learn techniques for cable modem research, including memory corruption, shellcode development, and implant creation.

Explore mobile network vulnerabilities, SIM card access techniques, and baseband firmware analysis. Learn about "wormholes" in smartphones and their potential for identity theft and unauthorized authentication.

Explore the Mooltipass open-source hardware authentication ecosystem, its components, and innovative features for secure data management and web authentication.

Explore building a real-time marine & airborne vehicle tracking network using Linux, software-defined radio, and scripts. Learn about ADS-B and AIS technologies for advanced DIY projects.

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 cutting-edge techniques in embedded VR security, focusing on router vulnerabilities, reverse engineering, and exploit development through real-world case studies.

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.

Reverse-engineering and exploiting a hardened MSP430 device: techniques for firmware extraction, analysis, and data retrieval from RAM, with focus on overcoming JTAG security measures.

Explore IoTGoat, an OWASP project for IoT security testing. Learn about hardware compatibility, vulnerabilities, and hands-on techniques like firmware extraction and password cracking.

Explore TPM NVRAM's role in safeguarding secure boot keys for POWER9 OpenPOWER systems, covering design and implementation aspects in firmware and Linux kernel layers.

Explore continuous integration for Yocto Project using Jenkins and LAVA, focusing on real-time Linux kernel testing and addressing challenges in maintaining up-to-date embedded systems.

Explore Devicetree tooling updates, overlay progress, and future developments. Engage with a maintainer to address questions and issues in this interactive session on Linux kernel device management.

Introducing ACRN: an open-source hypervisor for IoT devices, designed for resource isolation, low latency, and quick boot times. Explore its architecture, virtualization features, and benefits for embedded systems development.