Arduino Cloud Sensor Tower

DHT22 Temperature Sensor

Arduino MKR1000

Seeed Grove PIR sensor

Adafruit TSL2561 Digital Luminosity/Lux/Light Sensor Breakout

Seeed Grove Gas Sensor (MQ3) 

Following this tutorial you will build a little tower with several sensors and connect it to Arduino Cloud to visualize Real time data.<h3 >Connect to Arduino Cloud</h3>Create an account and login to <a href="http://cloud.arduino.cc/">Arduino Cloud</a>.If this is your first time on Arduino Cloud we suggest to follow the <a href="https://cloud.arduino.cc/cloud/getting-started">getting started flow</a> to download the <a href="https://github.com/arduino-libraries/ArduinoCloud">Arduino Cloud Library</a> and create your first device.<figure><img src=https://projects.arduinocontent.cc/2863bbdc-6388-4276-a3fa-9c8af76d87c7.png /><figcaption>Arduino Cloud</figcaption></figure>Go ahead, create a new thing and name it &#34;sensorTower&#34;  without quotes.Now you can create a property.A property defines the kind of data you want to monitor from the Arduino Cloud dashboard.Specify:<ul ><li >Property name</li></ul><ul ><li >Property type: specify the measurement unit</li></ul><ul ><li >Property policy: specify when you want the data to be sent to the dashboard, either when the property values changes or after certain intervals of time.</li></ul><ul ><li >Update Frequency: If Update Regularly is selected: specify the duration of the intervals.</li></ul><figure><img src=https://projects.arduinocontent.cc/f2e93999-b1a7-435d-a573-e5867f97fa2b.png /><figcaption>Add a new property</figcaption></figure>For this project we will need as many properties as data we want to monitor: Temperature, humidity, gas detection, motion detection and light intensity.Once you created all the 5 properties, click on the Code button and visualize a pre-filled sketch.<figure><img src=https://projects.arduinocontent.cc/9b514d58-3960-453f-860e-8fc1c43ddd64.png /><figcaption>Generated template code</figcaption></figure>As you can see, the generated code already contains the code necessary to create the ArduinoCloudThing Object ():Creates the object<pre ><code >ArduinoCloudThing sensorTower; </code></pre>Initialize it with the device credentials<pre ><code >sensortower.begin(thingName, userName, thingId, thingPsw, sslClient); </code></pre>Enable the debugger (this is optional)<pre ><code >sensortower.enableDebug(); </code></pre>The generated sketch also contains the properties configuration.<pre ><code > sensortower.addProperty(&#34;temperature&#34;, FLOAT, R); </code></pre>In order to change the value of the property you can use <pre ><code > sensortower.writeProperty(&#34;temperature&#34;, &#34;val&#34;); </code></pre><h3 >Test</h3>Download the generated code and upload it to your board. !!! Remember to fill in the data required to connect to the network!!!<pre ><code >/////// Wifi Settings /////// char ssid[] = &#34;&#34;; char pass[] = &#34;&#34;; </code></pre>Switch back to the dashboard view. If everything is working correctly you should see some value changing on your screen. OH YEAH!!!<figure><img src=https://projects.arduinocontent.cc/09814d23-1043-45a2-a34b-a3aea4c65474.png /><figcaption>The Arduino Cloud dashboard </figcaption></figure><h3 >Connect the Sensors</h3>Connect your sensor to the Arduino following their datasheet. To reproduce the exact same setup of this tutorial just look at the wiring on the image below.<figure><img src=https://projects.arduinocontent.cc/67e4352e-bee9-40b9-aa04-8cc1cd42c764.png /><figcaption> </figcaption></figure> <h3 >The Code</h3>Starting from the code you received in the Arduino Cloud dashboard, all you have to add is the declaration of the pins where the sensors are plugged, and the code necessary to read specific sensors.

Arduino Cloud Sensor Tower

Connect a basic sensor station to Arduino Cloud and visualize real time data.