
Explore MCUboot's multi-image support for secure IoT device booting and upgrading. Learn about project status, IETF involvement, and advancements in embedded system security.

Explore home-brewed electronics for beer brewing using Zephyr RTOS, BLE, and Android. Learn about modifying induction cookers, temperature sensors, and pump controls for automated mashing.

Explore best practices for optimizing C code on microcontrollers, focusing on size and performance improvements using Zephyr RTOS and GCC compiler techniques.

Explore wildlife monitoring using Zephyr RTOS for flexible, low-power camera traps. Learn about hardware abstraction, cross-platform development, and optimizing for constrained devices in conservation projects.

Explore network protocol implementation in Zephyr RTOS, focusing on DNS, HTTP, MQTT, and NATS. Learn optimization techniques for constrained devices in IoT and legacy networks.

Explore sensor interfacing in Zephyr RTOS for IoT devices. Learn to add support for new sensors, interact with various types, and see demonstrations of temperature, pressure, and fingerprint sensors.

Introduction to Zephyr RTOS's new USB device stack, focusing on the common API for class implementations and management functions. Covers implementation of multi-instance functions and key features.

Discover practical tips for efficient embedded development using Zephyr RTOS. Learn about emulation tools, CI/CD setup, SBOM usage, and helpful VS Code extensions to enhance productivity and build robust applications.

Explore the challenges and solutions in porting a wearable health monitor to Zephyr RTOS, integrating AI on FPGA, and leveraging open hardware for enhanced functionality and performance.

Discover how Zephyr revolutionizes system architecture for medical devices, improving collaboration and reducing risks through innovative technologies like Kconfig and Device tree.

Explore the development and maintenance of a Zephyr-based microcontroller SDK, focusing on challenges, opportunities, and Nordic Semiconductor's contributions to open-source RTOS for MCUs.

Explore Antmicro's Visual System Designer, an open-source platform revolutionizing hardware development by organizing complex ecosystems and bridging gaps between software and hardware teams.

Simplify Zephyr development with VSCode extension. Learn to initialize, start projects, fetch dependencies, build, flash, and view console output for efficient embedded systems programming.

Explore Zbus, a lightweight message bus for Zephyr RTOS. Learn its many-to-many communication, event-driven approach, challenges, benefits, and real-world applications.

Explore CHESTER platform for industrial IoT, featuring LPWAN connectivity, modular design, and Zephyr RTOS. Learn about efficient development and deployment of IoT applications using CHESTER SDK.

Explore open-source Ultra-Wideband Real Time Positioning System using Zephyr RTOS. Learn about system design, Zephyr's features for rapid implementation, and future development plans.

Collaborative discussion on enhancing Zephyr RTOS documentation, addressing structure, organization, and tools to improve accessibility and usefulness for developers.

Explore Zephyr's memory optimization techniques and future approaches for constrained hardware. Learn about compiler options, linker strategies, and potential API improvements to reduce footprint.

Explore static partitioning using Xen, LinuxRT, and Zephyr in a comprehensive end-to-end example, demonstrating practical implementation and benefits for system architecture.

Explore Arduino Core API integration with Zephyr RTOS for simplified IoT development. Learn key features, advantages, and future possibilities in streamlining embedded systems programming.

Learn to implement a custom USB device controller driver for Zephyr RTOS. Explore integration challenges, workarounds, and lessons learned from a real-world project using an FPGA-based controller.