Insights from Zephyr Security Audit and Vulnerability Experiences
Explore Zephyr's security evolution through vulnerability analysis and external audit findings. Gain practical insights to enhance embedded system security in your projects.
Developing Zephyr on a Mechanical Keyboard - Flexboard Project
Explore the development of Flexboard, a mechanical keyboard running Zephyr OS. Learn about customizing firmware, LED control, dynamic keymap reloading, and extending USB functionality for enhanced configuration.
Working with the Community - Timeline for Adding Support for a New Board in Zephyr
Explore the process of adding support for a new board in Zephyr, from toolchain integration to patch acceptance. Learn best practices for code organization, documentation, and community interaction.
Ticket Spinlocks in Zephyr RTOS - What, Where and Why
Explore ticket spinlocks in Zephyr RTOS, their advantages over traditional spinlocks, and their impact on SMP systems. Learn about lock fairness and potential challenges in hardware and simulator targets.
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.
Keeping Zephyr Apps Regression Free with Advanced CI Techniques
Explore advanced CI techniques for maintaining regression-free Zephyr applications across multiple SoCs, ensuring low technical debt while adapting to rapid upstream changes in this emerging RTOS.
Apache Mynewt - Connected RTOS Project Overview
Explore Apache Mynewt's RTOS for embedded devices, covering architecture, components, and community aspects. Learn about its features and future plans for constrained IoT applications.
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.
Bluetooth Mesh and Zephyr
Explore Bluetooth Mesh fundamentals and implementation on Zephyr RTOS. Learn about models, messages, publish/subscribe, node composition, and security keys. Includes code examples and potential live demos.
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.
Linux and Zephyr - Talking to Each Other in the Same SoC
Explore inter-core communication between Linux and Zephyr on hybrid multiprocessors using RPMsg, with practical demonstrations and insights for real-time applications.
To Boldly Go Where Linux Cannot with Zephyr and Eclipse IoT
Explore Zephyr RTOS for constrained devices, learn device management and data exchange using Eclipse Paho MQTT and Waakama LWM2M, and discover other Eclipse IoT components for embedded systems development.
Zephyr on a Hearing Aid
Explore the challenges and innovations in adapting Zephyr for hearing aids, including power efficiency, custom processors, and FDA compliance for mass production.
Bluetooth Mesh and Zephyr
Explore Bluetooth mesh fundamentals and implementation on Zephyr RTOS, covering key concepts like models, messages, and security for creating large-scale, secure Bluetooth device networks.
Multi-core Application Development with Zephyr RTOS
Explore multi-core application development using Zephyr RTOS, covering AMP and SMP models, current support status, implementation challenges, and performance benefits for embedded systems.
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.
Leveraging IoT Biometrics and Zephyr RTOS for Neonatal Nursing in Uganda
Explore IoT biometrics and Zephyr RTOS for neonatal care in Uganda. Learn about Neopenda's journey developing a low-cost wearable vital signs monitor to reduce newborn mortality in resource-constrained areas.
New Power Management Framework in Zephyr
Explore Zephyr's new power management framework, covering PM states, device and platform PM, and runtime PM for efficient embedded system development.
The Actor Model Applied to the Raspberry Pi and the Embedded Domain
Exploring the Actor Model's application to Raspberry Pi and embedded systems, highlighting its benefits for system architecture, testing, and error containment.