
Explore techniques to reduce attack surfaces in embedded device drivers through IRQ debloating, binary analysis, and fuzzing. Learn about challenges, implementation, and evaluation methods.

Explore the evolution of the card10 badge, a wearable bio-sensor device, with new firmware features, improved Bluetooth connectivity, and expanded applications like indoor climate sensing and ECG monitoring.

Aprenda a portar Linux para SoCs Arm obscuros: configuração, drivers, depuração de porta serial, devicetree, controladores de interrupção e temporizadores para executar versões modernas em hardware antigo.

Explore software supply chain security using the Yocto Project, focusing on generating and utilizing Software Bill of Materials (SBOM) for enhanced transparency and risk management.

Explore Yocto Project's automated build system and the SWAT team's role in maintaining build reliability and efficiency for embedded Linux development.

Explore Swift's potential beyond screens: Learn to power Raspberry Pi and embedded systems, opening new possibilities for IoT and connected devices.

Learn strategies for implementing CI/CD in automotive software development using Yocto Project, covering source management, SDK, Jenkins, build optimization, and test automation.

Explore efficient Continuous Delivery for IoT Linux distributions using Yocto tools, GitHub, and Jenkins. Learn collaborative infrastructure, code review, testing, and upstream cooperation strategies.

Learn techniques for smoother Yocto upgrades in firmware development, focusing on Dell EMC's approach to managing package build failures, compiler warnings, and code transitions across multiple Yocto releases.

Explore the pros and cons of RTOSes vs. bare metal approaches for embedded computing and IoT, comparing popular open-source options and os-less frameworks to help choose the right approach for your project.

Explore OverlayFS for read-only root file systems, enabling RW access to specific directories and persistent storage. Learn implementation, use cases, and limitations in Yocto Project.

Explore containerization in embedded systems using Yocto Project. Learn how to address licensing, reproducibility, security, and maintenance while building and deploying micro-services for modern embedded solutions.

Explore best practices for using Debian in embedded systems, covering licensing, technical foundations, and maintaining security updates to avoid common pitfalls and improve long-term system performance.

Open forum for embedded Linux community to discuss Yocto Project and OpenEmbedded with experts. Opportunity to ask questions and gain insights on these crucial tools for embedded systems development.

Explore custom Linux kernel development for embedded systems using Yocto Project. Learn tooling, best practices, and workflows for creating and integrating tailored kernel configurations.

Detailed walkthrough of reverse-engineering and exploiting a hardened MSP430-based key storage device, covering firmware extraction, crypto analysis, and various attack techniques.

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

Exposé des vulnérabilités critiques dans les terminaux de communication par satellite, permettant des attaques à distance sur les systèmes maritimes, aériens et terrestres. Démonstration technique incluse.

Practical approach to reverse engineering embedded systems through power analysis. Explores experimental protocol, tools, and techniques for extracting code without physical access to internal components.

Explore vulnerabilities in high-end videoconferencing systems, focusing on Polycom HDX devices. Learn about firmware analysis, device rooting, and remote exploitation techniques for H.323 protocol.

Learn to create and detect hardware-based trojans using everyday devices. Explore techniques for modifying hardware, embedding malicious code, and understanding countermeasures against these threats.