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Arduino MKR WiFi 1010 Cookie Jar Security Project with PIR Sensor and IoT Carrier

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  • #1 21569587
    TME.eu

    Level 8  
    [Media kit]
    Do-it-yourself projects teach, entertain and stimulate the imagination. this time we show you how you can use the ARDUINO MKR WIFI 1010 kit to protect your cookie jar from gourmands you don't want to share your treats with. See how easy it is!

    Components required for the project:
    - Arduino MKR WiFi 1010 board,
    - Arduino MKR IOT Carrier Board,
    - micro USB cables,
    - PIR sensor,
    - PIR sensor connecting cables.

    All components listed are available in this kit .

    StEP 1: .
    Connect the Arduino MKR WIFI 1010 board to the Arduino Cloud. Follow the instructions available on the Arduino website. Make sure you have the Arduino Crate Agent application installed.

    Arduino instructions screen showing how to connect the Arduino MKR WiFi 1010 board to a computer. .

    StEP 2: .
    Enter your Wi-Fi access details.

    Configuration screen for entering Wi-Fi network name and password for a device. .

    Step 3: .
    Connect the Arduino MKR WiFi 1010 board to the IoT Carrier Board. Note that the device must be connected to a computer before this step can be performed. Once the Arduino board is connected to the base board, you can reconnect the entire device to the computer.

    Assembly diagram for mounting the Arduino MKR WiFi 1010 board onto the IoT Carrier Board. .

    StEP 4: .
    Connect the PIR sensor to the IoT Carrier Board. The sensor detects movement so you can catch the cookie thief in the act.

    A PIR motion sensor held between fingers, being connected to wires on a blue grid technical mat. Close-up of a hand connecting a cable to the Arduino MKR IoT Carrier Board.

    Step 5: .
    Configure the dashboard in Arduino Cloud as you wish:

    Screenshot of the Arduino Cloud dashboard with six toggle switches and a message field visible. .

    StEP 6: .
    Create a trigger in Arduino Cloud.

    Screenshot showing a three-step process to create a trigger in Arduino Cloud: create a condition, choose an action, confirm the trigger. .

    Step 7: .
    You can now configure the trigger and specify what action is to be taken when a certain event occurs. In our case, we can determine what should happen when someone fishes for our cookies and the sensor detects movement.

    Screenshot of Arduino Cloud panel showing project selection and a list of variables for setting up a trigger. A screenshot of Arduino Cloud trigger setup showing Cloud Variable selection and options to send an email or push notification. .

    As an action, it should be determined that a notification will be sent to our phone when movement is detected.

    A phone notification from the Arduino app reading ALARM - Someone took a Cookie !!!!! MOVEMENT ALARM - Someone took a Cookie !!!!! .

    Here you will find a detailed step-by-step instructional video. .
    [ADVERTISING COOPERATION with Transfer Multisort Elektronik Sp. z o.o.]
    Do you have a problem with Arduino? Ask question. Visit our forum Arduino.
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