Zephyr Mini Summit - Introduction to Real-Time Operating Systems
Explore the latest developments and applications of the Zephyr real-time operating system in this comprehensive summit featuring expert presentations and discussions.
Formal Verification Made Easy and Fast
Learn practical approaches to formal verification in Linux kernel development using Finite-State Machines and tracing events, with insights on low-overhead runtime verification techniques.
Zephyr Mini-Summit - Open Source RTOS for IoT and Embedded Systems
Explore the latest developments and applications of the Zephyr real-time operating system in this comprehensive mini-summit, featuring expert insights and discussions.
Software Update (OTA) for Zephyr
Learn about implementing over-the-air software updates in Zephyr RTOS, covering key concepts, challenges, and practical implementation techniques for embedded systems.
PREEMPT_RT - How Not to Break It
Explore PREEMPT_RT patch set challenges, future development considerations, and addressing limitations to maintain low latencies in real-time Linux systems.
Clock Management in Zephyr RTOS
Explore advanced clock control APIs in Zephyr RTOS, focusing on power optimization, dependency management, and generic state transitions for embedded systems.
Display Sharing in Heterogeneous Systems Using Linux as High Level Operating System
Explore display sharing in heterogeneous systems, focusing on Linux as a high-level OS. Learn about resource partitioning, safety considerations, and driver implementation for seamless integration.
OCPP - Zephyr RTOS as Electric Vehicle Supply Equipment
Explore how Zephyr RTOS can function as Electric Vehicle Supply Equipment using OCPP, enhancing charging infrastructure and boosting the EVSE ecosystem.
Why NXP is Doubling Down on Zephyr Project
Explore NXP's increased commitment to Zephyr, examining market drivers, strategic benefits, and future plans for this open-source RTOS project.
Streamlining Testing with Generic Tests and Emulators
Learn to streamline driver testing using generic tests and emulators. Discover how to implement a standardized backend API for efficient test development and reduced code duplication in RTOS environments.
Future of Zephyr Device Model
Explore advancements in Zephyr's device model, including lifecycle management, dependency handling, and error resolution. Learn about current improvements and future plans for this crucial component.
Real-Time Linux: What Is Next?
Panel discussion on the future of real-time Linux kernel, exploring its current state, ongoing developments, and potential applications in safety-critical systems.
Hardware in Space - The Kernel at the Edge of the Universe
Explore the evolution of space-bound hardware, from core memory to ARM SoCs and real-time Linux. Learn about commodity hardware in space exploration and confidential computing's role in securing data beyond Earth.
Configure Zephyr: Kconfigs and Devicetree in Simple Words
Demystifying Zephyr's Kconfigs and Devicetree for RTOS engineers. Learn how these tools simplify development, with practical examples and comparisons to familiar concepts.
IoTivity-Constrained: IoT for Tiny Devices
Explore IoTivity-Constrained's architecture and features for implementing OCF IoT standards on resource-limited devices, including integration with real-time operating systems and adaptation for Zephyr RTOS.
Zephyr Project - RTOS Start-up and Initialization Flow
Explore the RTOS startup and initialization process in Zephyr, covering early boot, kernel APIs, drivers, and static threads for embedded systems developers.
A Zephyr User Story
Explore the decision-making process for RTOS selection and implementation in IoT startups, focusing on Zephyr's features, board support, and subsystems for industrial applications.
Developing Open-Source Software RTOS with Functional Safety in Mind
Explore integrating open-source RTOS development with functional safety standards, focusing on Zephyr project's innovative approach using public tools to meet safety requirements.
Zephyr OS Memory Protection
Explore MPU-based memory protection in Zephyr RTOS, covering security domains, permission management, object allocation, system calls, and IPC mechanisms for embedded systems.
Zephyr RTOS Juicy Features Using Simple Evaluation Boards and Robots
Explore Zephyr RTOS features using evaluation boards and robots. Learn to write code, build applications, and implement device drivers for embedded systems and robotics projects.
To RTOS, or Not RTOS - That is the Question
Explore the pros and cons of RTOSes vs. bare metal approaches for embedded computing and IoT, comparing popular open-source options and os-less frameworks to help choose the right approach for your project.