
Explore how Linux and Zephyr complement each other to simplify IoT system development, focusing on cost-effective solutions and novel sensor bus remote access for efficient device communication.

Explore JerryScript, an ultra-lightweight JavaScript engine for IoT devices. Learn about its optimizations, architecture, and real-world applications in resource-constrained environments.

Explore system configuration improvements for Zephyr, focusing on vendor-neutral mechanisms for conveying information on constrained devices and discussing necessary changes and progress.

Explore NAND flash reliability, cell operations, fault mechanisms, and mitigation strategies. Gain insights into future developments in embedded systems storage technology.

Explore Zephyr, a scalable real-time OS for IoT devices. Learn about its features, architecture, and recent updates, including unified kernel benefits and improved performance for resource-constrained systems.

Learn to bootstrap Jailhouse hypervisor on x86 and ARM/ARM64 boards, hosting multiple Linux systems and bare-metal instances. Explore configuration, error reporting, and troubleshooting techniques.

Explore Linux's realtime capabilities, PREEMPT_RT patch benefits, and performance comparisons with other approaches. Gain insights into embedded systems and hard realtime implementation.

Explore Linux adoption in emerging sectors, analyzing requirements and benefits of open source. Learn about LTSI for long-term kernel maintenance and its impact on industry development.

Explore the new Picture Processing API for Linux DRM, enhancing graphics capabilities with unified access to hardware blocks for operations like scaling and rotation.

Learn IPv6 basics, differences from IPv4, and how to develop applications supporting both protocols. Explore expanded address space, multicasting, and header compression for mesh networks.

Explore systemd's benefits for embedded systems, including fast boot, service management, and scalability. Learn why it's mandated in IoT distributions like Ostro Project.

Hands-on IoT workshop covering Bluetooth, beacons, firmware development, and MQTT/AMQP. Participants receive hardware kits for real-world implementation of IoT systems and embedded device programming.

Learn to design, plan, and create a basic IoT device with this tutorial. Covers architecture, component selection, secure design, and practical steps for building a foundation for further customization and development.

Explore Brillo and Weave internals for IoT systems, examining their relationship to Android, key components, and practical applications in headless devices.

Explore open source Bluetooth firmware for IoT and Maker projects using Mynewt, Nordic nRF chips, and Linux/Zephyr systems. Learn to build and interact with custom Bluetooth devices.

Explore the creation of a boards farm for kernel continuous integration, contributing to KernelCI, and implementing remote board control using LAVA infrastructure.

Explore IoT software update strategies, focusing on atomic, robust, and secure mechanisms. Covers package feeds, image-based updaters, and end-to-end deployment systems for embedded Linux devices.

Explore a new protocol for hardware-backed security in IoT, its implementation in TEE, and potential applications across various security architectures.

Learn to build Debian-based products efficiently using Isar and BitBake. Explore integration systems, binary packages, and workflows for managing multiple products and vendors in embedded Linux development.

Comprehensive exploration of cross-compilation toolchains for embedded Linux, covering components, build process, configurations, and practical implications for developers.

Explore the evolution of interrupt architectures in Linux, from simple wires to complex hierarchies, and learn how the kernel adapts to support modern hardware complexities.