MQTT Network Control Resources

    Learn how to publish and subscribe to messages sent via an MQTT message broker to be able to remotely control or monitor the status of devices, including Arduino, Raspberry Pi, Android, PC, and Wemos D1.
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    ORIGINAL POST
    By Alastair Aitchison(Playful Technology)
    components
    Hardware Components
    Arduino UNO
    X 1
    EthernetShield
    X 1
    WeMos D1
    X 1
    RaspberryPi
    X 1
    Software Apps and online services
    mosquitto
    MQTT
    MQTT Dash
    Android client
    details

    MQTT_Network_Control_Resources.PNG

    Original : https://www.youtube.com/watch?v=VSwu-ZYiTxg

    Learn how to publish and subscribe to messages sent via an MQTT message broker to be able to remotely control or monitor the status of devices, including Arduino, Raspberry Pi, Android, PC, and Wemos D1.

    In this video I’ll demonstrate how to install and setup the Mosquitto MQTT server, available at www.mosquitto.org, on a Windows PC.

    I’ll then create clients that subscribe to topics on that MQTT broker running on an Arduino UNO (via an Ethernet shield), a WeMos D1 (connected via built-in Wi-Fi), and a Raspberry Pi (connected via built-in ethernet), and control those devices by publishing messages using a command-line PC application and an Android app.

    You can access the wiring diagram, additional documentation, and code downloads used in this video at https://www.patreon.com/posts/17921563

    MQTT_Network_Control_Resources.PNG

    Original : https://www.youtube.com/watch?v=VSwu-ZYiTxg

    Learn how to publish and subscribe to messages sent via an MQTT message broker to be able to remotely control or monitor the status of devices, including Arduino, Raspberry Pi, Android, PC, and Wemos D1.

    In this video I’ll demonstrate how to install and setup the Mosquitto MQTT server, available at www.mosquitto.org, on a Windows PC.

    I’ll then create clients that subscribe to topics on that MQTT broker running on an Arduino UNO (via an Ethernet shield), a WeMos D1 (connected via built-in Wi-Fi), and a Raspberry Pi (connected via built-in ethernet), and control those devices by publishing messages using a command-line PC application and an Android app.

    You can access the wiring diagram, additional documentation, and code downloads used in this video at https://www.patreon.com/posts/17921563

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