Zephyr Project - Results from Applying Open Source and Security Best Practices
Explore Zephyr's journey as a leading RTOS, its adoption of security best practices, and its pursuit of safety certification. Learn about the project's unique approaches and lessons learned in open-source development.
Building Hard Real-Time Linux Systems with Xenomai
Explore Xenomai's co-kernel architecture for mission-critical deterministic systems, its applications, kernel and hardware support, maintenance, and system creation process.
Industrial DevOps - Applying DevOps to Cyber-Physical Safety-Critical Systems
Explores applying DevOps principles to cyber-physical safety-critical systems in highly regulated environments, addressing challenges and approaches for ensuring traceability, reliability, and safety.
TinyRL: Teaching AI to Swing Up a Real Pendulum
Explore reinforcement learning to train an AI agent to swing up a real pendulum using Arduino, Python frameworks, and ESP32 deployment, with practical demonstrations and troubleshooting tips.
Unikernelized Real-Time Linux and IoT
Explore unikernelized real-time Linux for IoT applications, focusing on performance optimization and resource efficiency in embedded systems.
Realtime, Safety, and Mainline Linux - Future Directions Panel Discussion
Explore real-time safety in Linux through expert panel discussion, covering strategies, standards, certification, and hardware considerations for critical systems.
Preempt RT - State of the Union
Explore the current state and future developments of the Preempt RT real-time Linux kernel patch set with insights from a leading developer.
Linux Containers for Managing IoT and Embedded Systems Development Environments
Explore Linux container techniques for seamless IoT and embedded systems development, featuring the open-source Rebuild framework for efficient environment management and workflow optimization.
Linux Kernel Development - Panel Discussion
Expert panel discussion on Linux kernel development, featuring insights from leading developers on various aspects of kernel maintenance and innovation.
Learnings of Using Linux in Large-Scale OEM IVI Development
Insights on implementing Linux for large-scale in-vehicle infotainment systems, covering challenges, solutions, and best practices in automotive software development.
Learnings of Using Linux in Large-Scale OEM IVI Development
Explore insights on Linux IVI platform creation, large-scale OEM development challenges, and automation strategies for efficient software development in the automotive industry.
Comparison of Linux Software Update Technologies for Embedded Systems
Explore Linux software update technologies, comparing their strengths and weaknesses for embedded systems. Dive into use cases driving requirements for these mechanisms.
Surviving with an Old Linux Kernel - Challenges and Benefits
Insights on developing with an outdated Linux kernel, exploring challenges, unexpected benefits, and lessons learned from working with a 2.6.28 kernel in modern times.
ARM64 SoC Linux Support Checklist
Comprehensive guide for integrating ARM64 SoC support into the Linux kernel, covering essential steps, ARM64-specific requirements, and updates for both ARM32 and ARM64 architectures.
State of the Union: Realtime Preemption Patch Development
Overview of ongoing development and mainlining efforts for the realtime preemption patch, including industry interest, chip design, scheduling, and realtime requirements.
Pattern-Based Failure Analysis of Real-Time Systems
Explore pattern analysis for RT latency issues in Linux systems. Learn about scheduling pattern databases and trace matching techniques for efficient problem-solving and potential failure prediction.
Apache Mynewt Overview - Open Source RTOS for IoT Devices
Explore Apache Mynewt, an open-source initiative for constrained IoT devices. Learn about its RTOS, networking stacks, image management, and modularity features for efficient embedded development.
OCF for Resource-Constrained Environments - Implementing IoT Standards on Edge Devices
Explore a lightweight OCF implementation for IoT edge devices, addressing challenges in diverse deployments. Learn architecture, design choices, and application development for resource-constrained environments.
Flow Based Programming Applied to IoT Development
Explore Flow Based Programming for IoT, addressing dynamic environments and concurrent I/O. Learn how this approach simplifies development and scales to microcontrollers using Soletta Project.
New Wireless Daemon for Linux: Lightweight 802.11 Solution for IoT
Explore a lightweight 802.11 wireless daemon for Linux, designed with IoT in mind. Learn about its development, features, and integration with Linux systems for improved WiFi support.
Bluetooth Low Energy on Linux - Comprehensive Guide and Future Developments
Comprehensive guide on BlueZ 5 stack architecture for Bluetooth Low Energy support in Linux, covering advanced features for Internet of Things development.