
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.

Explore Zephyr RTOS's innovative power management solutions for IoT devices, addressing challenges of limited resources and diverse applications to maximize battery life in unattended operations.

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.

Explore the journey of migrating a robot controller from INtime RTOS to Linux, including technical challenges, realtime requirements, and implementation strategies for system objects and processes.

Explore Zephyr OS: an open-source RTOS for IoT innovation. Learn about community growth, technical updates, and future plans for this fast-evolving embedded system project.

Explore innovative wildlife protection using OpenCollar trackers powered by Zephyr RTOS. Learn about real-world deployments and how technology combats poaching and human-wildlife conflicts.

Explore RISC-V software ecosystem's evolution, current status, and future goals. Gain insights into key projects and opportunities for developers to contribute to this growing open-source platform.

Learn to download, simulate, and synthesize Microwatt, an OpenPOWER core, onto an FPGA. Discover how to run Micropython and Zephyr, and modify the core by adding new instructions.

Explore Zephyr OS for IoT development, focusing on practical tips, remote debugging, and field testing with Linux support. Learn about feral animal management using embedded systems.

Explore Linux and Zephyr interoperability for IoT devices, covering proposed improvements, build systems, security, and developer experience in this insightful talk by Amit Kucheria.

Explore an open-source FPGA NVMe accelerator platform for BPF-driven machine learning processing, integrating Linux and Zephyr operating systems for enhanced performance and flexibility.

Explore integrating Zephyr, Yocto, and Mender for efficient firmware deployment on embedded devices. Learn best practices and overcome challenges in this comprehensive technical walkthrough.

Explore innovative techniques for leveraging Zephyr and meta-Zephyr in embedded systems development, uncovering unconventional applications and pushing the boundaries of these powerful tools.

Explore Zephyr, an open-source RTOS for IoT devices. Learn about its scalability, real-time capabilities, and community-driven development, with insights on IoT security and the project's impact.

Learn to build a debug probe using Zephyr RTOS for Arm Cortex-M boards. Explore USB interfaces, CMSIS-DAP implementation, and alternatives to DAPLink for Linux-based development.

Explore Zephyr RTOS multibuild solutions for managing interdependent images, configurations, and build processes. Discuss challenges and potential approaches for upstream implementation.

Explore pragmatic approaches to implement safety, real-time, and cybersecurity certifications in automotive systems using companion OS and modern software isolation techniques.

Explore Zephyr RTOS's open source best practices for quality, security, and transparency in resource-constrained devices, enabling its use in diverse products and safety-critical applications.

Explore graphics acceleration on Zephyr RTOS, focusing on low-power applications, current display support, and proposed subsystem for leveraging SOC graphics accelerators to enhance performance and efficiency.

Explore Greybus protocol for robotics using Zephyr RTOS, focusing on real-time control applications and RPC framework enhancements for improved performance in remote microcontroller nodes.

Explore porting Sound Open Firmware to Arm Cortex-A devices using Zephyr RTOS and Jailhouse hypervisor. Learn integration techniques for audio DSP firmware on modern processors without dedicated DSPs.