
Explore a proposed Linux sockets API for LoRa, enabling standardized software interfaces for IoT modules. Learn about kernel integration, device drivers, and network protocols.

Explore prplMesh, an open-source implementation of Wi-Fi Alliance® Multi-AP for optimal home network coverage. Learn its architecture, integration with existing networks, and industry collaboration.

Explore unikernels' potential in cloud environments, their advantages over traditional VMs and containers, and challenges in gaining widespread adoption. Insights on optimizing unikernel platforms for performance and customization.

Explore Kubernetes Security Profiles Operator for enhanced container isolation, focusing on SELinux, seccomp, and AppArmor. Learn how eBPF simplifies custom profile creation and gain insights from Adobe's implementation.

Dive into a complex Kubernetes network performance issue, exploring debugging steps, kernel tracing, and the discovery of a bug. Learn about eBPF-based mitigation and upstream fixes.

Learn to deploy and manage Flatcar, a secure container-focused OS, using Terraform and Ignition. Explore auto-updates with Nebraska for efficient, low-maintenance infrastructure.

Explore eBPF for dynamic kernel instrumentation, gaining deep insights into kernel functionality. Learn concepts, programs, maps, and practical tracing techniques for comprehensive system monitoring.

Explore Zbus, a lightweight message bus for Zephyr RTOS. Learn its topology, challenges, benefits, and applications in embedded systems, with insights on future developments.

Explore Eclipse Oniro's integration of Zephyr RTOS, covering building, configuration, shared code bases, modules, compliance, and upstream contributions for diverse device support.

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.

Learn about Apache Thrift RPC framework in Zephyr, its features, benefits, and implementation. Includes interactive demo showcasing efficient development for Zephyr RTOS with Thrift.

Explore community-driven OTA updates for Zephyr and microcontrollers, highlighting flexibility, open-source collaboration, and implementation across platforms like ESP32 and STM32.

Explore a new platform-neutral subsystem for Zephyr using compiler function instrumentation, enabling efficient tracing and profiling across various architectures without proprietary tools.

Explore secure IoT device management using Zephyr, featuring remote cloud control, encrypted communications, and customizable firmware for gateways and sensors in an open-source platform.

Explore Zephyr's journey from inception to becoming a leading open-source project. Discover its background, evolution, and future direction in embedded systems development.

Streamline NCS/Zephyr app development with East, a CLI tool offering automated toolchain installation, sandboxed environments, and efficient release processes. Includes demo of project setup and capabilities.

Explore the creation of an open-source smartwatch using Zephyr, covering hardware selection, software development, and mechanical design. Learn about challenges, advantages, and future prospects of this innovative project.

Explore Zephyr's manifest system for stable project builds. Learn to create project-level manifests, install dedicated Zephyr copies, and manage dependencies for long-term firmware stability and easy upgrades.

Discover effective methods for onboarding new Zephyr users, including containerized deployment, browser-based compilation, and remote training techniques to overcome toolchain challenges.

Explore Intel's TDX Host Kernel Support: module initialization, memory management, and interactions with CPU/memory hotplug and kexec(). Learn about protecting guest VMs from malicious hosts and physical attacks.

Explore paths to Linux kernel development, including training, internships, and communication channels. Learn strategies for navigating complex codebases and contributing effectively.