
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.

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.

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

Explore JavaScript development on Zephyr OS using JerryScript-based runtime. Learn about API access, rapid development, and implementation on resource-constrained devices like Arduino 101.

Explore Greybus protocol adaptation for IoT, its benefits, and limitations. Learn about remote bus control and device support in modular systems.

Explore Bluetooth-based IoT solutions using Zephyr OS. Learn about Bluetooth stack integration, IPv6 support, application development, and creating open-source solutions for Intel Curie-based boards.

Explore Bluetooth interoperability between Linux and Zephyr, focusing on tools and synergies that accelerate IoT device development and testing for faster market entry.

Reflection on Zephyr Project's first year, achievements, and future plans. Discusses technical challenges, roadmap, and ecosystem growth for this open-source real-time operating system.

Explore a high-performance, configurable Bluetooth Low Energy 4.2 stack for MCU environments, offering granular options and flexibility for various use cases in resource-limited settings.

Explore Bluetooth 5's enhancements: 4x range, 2x speed, 8x broadcasting capacity. Learn about its impact on IoT, Linux, and Zephyr OS, and discover new use cases for low energy devices.

Explore the evolving IoT landscape, from device-cloud models to integrated systems. Learn about Linux Foundation's open IoT strategy and emerging interconnected open source components shaping the future of connected technologies.

Explore IP Anycast implementation for Docker containers on DC/OS, enabling efficient traffic distribution and simplified deployments in modern datacenter networks using BGP and spine-leaf topologies.

Explore traffic management challenges in container environments, focusing on load balancing methods, container outage consequences, and dynamic registration for microservices architecture.

Exploring virtualization of central offices for mobile services, showcasing collaborative open-source innovation in vRAN and vEPC implementation for efficient network configurations and service delivery.

Explore Uber's software-defined infrastructure, focusing on global network engineering, automation, and performance optimization for massive-scale operations and peak efficiency.

Explore Time-Sensitive Networking standards, current Linux architecture, and challenges in implementing TSN for various domains like automotive and industrial control automation.

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 Orange's vision for 5G deployment using full automation, emphasizing open source solutions, ecosystem alignment, and the role of AI in handling complex network events.

Explore the future of networking with open source, SDN/NFV, 5G, IoT, and AI driving automation. Learn how industry leaders are embracing this shift and the Linux Foundation's role in facilitating change.