
Explore license compliance and security management for embedded systems, focusing on SBOM implementation, SPDX file generation, and effective problem-solving tools.

Learn to enable I2C ports on STM32MP157D-DK1 using Yocto Project. Create custom Linux kernel patches, modify device trees, and use i2cdetect to communicate with a temperature sensor.

Learn to create custom Linux distributions for embedded systems using Buildroot. Explore reasons for using embedded Linux, and gain hands-on experience with the STM32MP157D-DK1 board.

Learn to update embedded systems securely using SWUpdate framework. Covers local and OTA updates, security measures, power cut handling, and customization for various use cases. Includes Yocto integration and future roadmap.

Explore techniques for implementing read-only rootfs in embedded systems, enhancing robustness and facilitating system updates. Learn to manage state storage and overcome challenges in real-world scenarios.

Explore resinOS, an open-source operating system for embedded devices that enables Docker containers. Learn its architecture, features, and future development plans for IoT and hardware innovation.

Explore Yocto Autobuilder for efficient build and release management in embedded Linux development, covering job creation, source tracking, and server maintenance.

Explore IoT device security, OTA updates, and integrity protection. Compare approaches like IMA, swupd, dm-verity, and OSTree. Learn implementation using Yocto/OpenEmbedded layers for robust IoT systems.

Discover efficient strategies for small teams building embedded Linux systems, focusing on documentation, common features, and reference platforms. Learn from Virgin Galactic's experience with OpenEmbedded/Yocto.

Explore combining Debian and Yocto for building Linux-based products. Learn about integrated toolkits, package customization, and root filesystem image generation for long-term industrial applications.

Explore embedded C/C++ development using VS and VS Code with ARM GCC toolchains and Yocto SDKs. Learn to edit, build, deploy, and debug, plus create custom tool extensions.

Explore open-source software update solutions for embedded Linux devices, covering integration steps for SWupdate, Mender, aktualizr, and resin.io on custom boards using Yocto/OE-core.

Explore mainline SoC support, integrate barebox bootloader into Yocto BSP, and configure atomic, redundant updates using RAUC for a maintainable embedded Linux system.

Discover techniques to accelerate Yocto Project builds using SSTATE, PRSERV, and HashSERV. Learn deployment options for single workspaces and shared setups in Automotive Grade Linux.

Explore key aspects of embedded build systems, including persistence, provisioning, updates, and verified boot, to enhance product development beyond basic OS composition.

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.

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

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

Learn strategies for continuous security updates in embedded Linux systems, focusing on update models, test automation, and minimizing out-of-tree code. Explore real-world examples using EMLinux and open-source contributions.

Explore Yocto/OpenEmbedded for managing distributed development, automated build/test, and delivering DO-178C level D certified Linux. Learn about traceability, team dynamics, and extensibility in aviation software.

Explore SEAPATH, an LFEnergy project revolutionizing electrical grid substations through virtualization, enhancing adaptability and interconnections while prioritizing reliability and cybersecurity for critical infrastructure.