
Dive into the reverse engineering process of a popular EV charger, exploring firmware analysis, custom bootloader creation, and potential security improvements in this insightful presentation.

Explore how automakers are embracing software-defined vehicles using open source, focusing on Automotive Grade Linux's collaborative platform for infotainment and instrument cluster applications.

Explore SPI-NOR subsystem: flash types, controllers, framework, and driver development. Learn performance optimization techniques and challenges in embedded systems.

Exploring automation beyond testing for embedded systems, including ad-hoc scripting, factory flashing, and CI for system updates. Discusses separating automation from testing infrastructure for flexibility.

Explore SoC+FPGA solutions, from IoT to industrial-grade chips. Learn about U-Boot and Linux support, FPGA loading, and leveraging FPGA manager with Device Tree Overlays for optimal performance.

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 establishing a stable Devicetree ABI between firmware and kernel, learning best practices and pitfalls to avoid for improved platform quality and user experience in embedded Linux systems.

Efficient video streaming on embedded systems using open-source components: capturing, encoding, streaming, decoding, compositing, and displaying with hardware acceleration on i.MX6 SoC.

Implement a lightweight HTTP server for embedded systems, covering design principles, Python prototyping, C implementation, and integration with RTOS on an STM32F4-Discovery board.

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 key challenges and solutions in building automated testing infrastructure for embedded Linux, focusing on Tizen OS. Learn to create an open-source testing lab for quality assurance.

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 the development of super long-term supported open source base layer for industrial software, focusing on Linux kernel v4.4, security fixes, and testing frameworks.

Explore Power Management Integrated Circuits in embedded systems, covering Linux kernel drivers, frameworks, and real-world examples using X-Powers PMICs on Allwinner ARM platforms.

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.

Explore LASER rangefinder integration for autonomous robot navigation, including Linux requirements and control software. Learn techniques for 3D mapping and obstacle avoidance on embedded Linux platforms.

Explore Mesa 3D's advancements for embedded products, including API support, quality assurance, flexibility, openness, and hardware compatibility. Learn about performance tuning tools for OpenGL workloads on embedded devices.

Exploring real-time Linux on embedded multicore processors, from vanilla kernel to optimized system. Insights on PREEMPT-RT patch, multicore challenges, and processor architecture's impact on performance.

Explore OpenWrt/LEDE Linux distribution for Wi-Fi routers, its features, strengths, and the project's split and reunification. Learn about build systems, package management, and security in embedded Linux.

Explore OTA software updates for IoT devices using unikernels, focusing on IncludeOS's Live Update functionality. Learn about security, performance, and operational benefits without downtime or service disruption.