
Learn to design secure containerized applications for embedded Linux, covering container infrastructure, image security, execution security, and best practices.

Explore FPGA connectivity options from UART to PCIe and DMA, covering physical layers, hardware abstraction, and advanced techniques for efficient subsystem design and implementation.

Explore AMP/HMP systems using Linux and Zephyr, focusing on integration, communication, and resource management for efficient heterogeneous computing architectures.

Explore software update mechanisms for embedded Linux devices, covering build systems, update types, containers, and open-source solutions like RockRock and Mandrake.

Explore corporate challenges and strategies for embedded Linux, including upstream drivers, compliance, and testing, with insights from Sony Corporation.

Explore the integration of Free and Open Source Software (FOSS) in system safety mechanisms, addressing challenges and discussing practical implementation strategies.

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 how automakers leverage open source software for software-defined vehicles, focusing on Automotive Grade Linux's collaborative platform and future roadmap for connected car technology.

Learn to port Zephyr OS to new hardware, focusing on Cortex-R5 architecture. Explore porting steps, key modules, debugging techniques, and solutions to common challenges in embedded system design.

Explore ESP32's multi-image support using AMP, covering critical safe systems, scenarios, and limitations. Includes sample code for network communication on CPU0 and dedicated processing on CPU1.

Discover how to easily develop a complete embedded Rust application, creating a temperature logger that sends data to the cloud, debunking myths about steep learning curves and unsafe code.

Explore the process of integrating Silicon Labs EFR32 MCUs into Zephyr, covering challenges, solutions, and future plans. Learn about BLE support and CI testing in simulated environments.

Explore two decades of Embedded Linux evolution, teaching insights, and industry trends with expert Chris Simmonds. Gain valuable perspectives on technology, learning methods, and future directions in embedded development.

Explore major U-Boot developments including Kconfig migration, UEFI support, and binman. Learn about minor enhancements in areas like IPv6, RISC-V, and device tree schema, concluding with a demonstration.

Comprehensive exploration of USB in embedded Linux systems, covering specifications, protocols, tools, configurations, and debugging techniques with real-world demonstrations.

Explore logging subsystem capabilities for embedded software integration, including message processing, trace data analysis, and various logging formats for enhanced debugging and runtime control.

Explore the potential of open-source software in aerospace, addressing objections and proposing solutions for adopting Linux in safety-critical flight systems.

Explore secure boot in IoT: its components, use cases, threats it prevents, and implementation status. Learn key elements for supporting secure boot in connected devices.

Explore STM32 device configuration, power management, and Trusted Firmware M support in Zephyr. Learn essential tips and get an overview of the STM32 subsystem's current state and future challenges.

Explore the challenges and successes of maintaining development boards in AOSP, including keeping up with changes, supporting new features, and addressing breakages in the Android ecosystem.

Explore AOSP for embedded systems: benefits, best practices, and pitfalls. Learn when to choose AOSP over plain Linux and navigate its complex codebase effectively.