
Learn to identify and analyze suspicious activities on Linux systems using Security Onion's powerful tools and techniques for enhanced endpoint security.

Comprehensive guide to building a JWT authentication system using Ktor, MongoDB, and Android, covering backend development, app integration, and server deployment on Ubuntu.

Exploring CIP's efforts to enhance open-source component security for industrial software, focusing on meeting IEC-62443 standards and collaborating with Debian and other communities to strengthen cybersecurity.

Explore techniques for enhancing application security through sandboxing, focusing on unmodified classic apps. Learn about policy updates, tagging, and dynamic policy composition.

Explore strategies for long-term software maintenance in automotive systems, focusing on security, consumer expectations, and the challenges of sustaining updates over extended periods.

Explore power-safe atomic over-the-air updates for embedded Linux devices, focusing on OSTree system's resilience and Toradex Torizon platform's implementation for connected devices.

Secure boot and disk encryption implementation on Tegra platforms: lessons learned, challenges faced, and solutions developed for a robust and future-proof system using vendor tools and custom OS builds.

Explore embedded Linux debugging techniques, from planning to advanced tools like GDB and Wireshark. Learn to tackle hardware interactions and optimize your development process.

Explore practical solutions for implementing A/B system updates using U-Boot, addressing key challenges and showcasing lesser-known commands for a functional and failsafe update mechanism.

Explore software supply chain security threats and learn from SUSE's journey to secure open source codebases. Gain insights on certifications, processes, and tools for enhancing supply chain protection.

Reduce exploitation risk in IoT systems through application-specific hardening techniques. Learn preventive measures, Linux security features, and hands-on examples for enhancing system security.

Explore practical aspects of running board farms for embedded Linux testing. Discuss control software, architectures, hardware tools, and collaboration opportunities in automated testing.

Practical advice on selecting software for embedded products, covering distribution choices, module selection, support assessment, update systems, and security considerations.

Explore Bleachbit, an open-source tool for system cleaning and privacy protection. Learn installation, settings, usage in admin and non-admin modes, and discover its powerful features for enhancing system performance and security.

Explore the process of developing consumer devices with Debian, covering requirements, BSPs, image hacking, packaging, and product lifecycle considerations.

Explore a non-invasive PCIe RAS DES framework for automotive SoCs, covering debug features, error injection, statistics, and software implementation for critical error identification in PCIe data paths.

Explore OP-TEE's role in secure computing, examining how it operates independently from Linux to enhance system security and protect sensitive operations.

Explore key factors for successful Yocto deployment in embedded/IoT devices, covering maintenance, security, reliability, compliance, and future-proofing strategies.

Explore concrete examples of System Device Tree and Lopper, powerful tools for hardware description and system configuration in embedded systems development.

Explore open-source network security strategies and best practices to protect digital infrastructure effectively, presented by an expert from The Linux Foundation.

Learn to design secure containerized applications for embedded Linux systems, focusing on best practices and techniques for enhanced security and efficiency.