
Learn to select the ideal network protocol for IoT projects, exploring options like ZVR, CoAP, DDS, LwM2M, and MQTT. Gain insights into features, stacks, and emerging challengers.

Learn to integrate MQTT devices into Home Assistant, covering sensors, switches, and lights. Gain practical skills to add various MQTT devices and better understand official documentation.

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.

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 MQTT protocol for IoT, comparing open source brokers and discussing integration libraries. Learn key features and deployment guidelines for home automation and embedded systems.

Explore Single-Pair Ethernet and Zephyr OS for secure, real-time connectivity in industrial IoT. Learn how this combination enables flexible, high-data-rate links and IP connectivity to field devices.

Learn to build voice-controlled home automation using IBM Watson, Docker, IFTTT, and serverless technologies. Explore architecture, deployment, and practical applications for IoT solutions with OpenWhisk and cognitive services.

Explore AVIO: Python-based multimedia suite integrating visual media and audio. Overview, demos, and future possibilities of this open-source project for synchronized processing and mixing of various input streams.

Explore security vulnerabilities in IoT cloud platforms, including authentication bypasses and remote code execution. Learn about the risks of poor implementations and their widespread impact on connected devices.

Retrospective on IoT vulnerability research, exploring reusable attack vectors, authentication issues, cloud implementations, and command injection in MQTT and RSTP protocols.

Explore techniques for identifying and mitigating compromises in Azure cloud environments, focusing on network security, threat detection, and best practices for cloud security.

Explore Zephyr RTOS for constrained devices, learn device management and data exchange using Eclipse Paho MQTT and Waakama LWM2M, and discover other Eclipse IoT components for embedded systems development.

Explore embedded Linux's advantages in industrial automation and IIoT, covering challenges, solutions, and real-world applications for digital transformation and data democratization.

Explore MQTT protocol for home automation, including integration with open-source platforms, message conventions, and practical examples using Raspberry Pi and Arduino-based sensors.

Explore Mallet, a new open-source intercepting proxy with a user-friendly interface, high performance, and extensive protocol support. Learn its advantages over existing tools and potential applications.

Security analysis of MQTT & CoAP protocols, revealing design flaws, vulnerable implementations, and widespread unsecured deployments in machine-to-machine communication.

Explore Intel RealSense for IoT projects: gesture control, voice recognition, and face detection. Enhance user experiences in home automation, robotics, and security using Raspberry Pi, Galileo, and Edison.

Explore sensor-based measurement and visualization of workplace hardness, covering physical constraints, environment, and work rhythms using Arduino, MQTT, and data analysis tools.

Explore key IoT protocols: MQTT, CoAP, HTTP, and WebSockets. Learn their characteristics, use cases, and implementation in IoT projects for efficient device communication and data exchange.

Explore IoT security with EXPLIoT framework. Learn key concepts, tools, and protocols for penetration testing and exploit development in IoT environments. Hands-on workshop for security researchers and pentesters.

Explore MQTT and CoAP protocols for IoT, their security challenges, and mitigation strategies. Learn about common architectures, potential attacks, and best practices for secure implementation.