It does, however, have the disadvantage of not being able to connect to your device from outside your home network. It is also quite a bit safer to do it this way, as you don’t have to expose your device to the internet, reducing the security implications of many of the other methods available. This way, you can connect to it from any browser capable device on your home network. One of the easiest is to configure your Arduino as a Web Server. Every 30 seconds it makes a request to the /temperature URL to get the temperature readings from your ESP32 or ESP8266.There are many ways to use Arduino to create your own IoT device. Then, the setInvertal() function adds points to the charts. Parts RequiredĬreate an index.html file with the following content or download all project files here: Ĭhart: You can install these libraries through the Arduino Library Manager. To get readings from the BME280 sensor module you need to have the next libraries installed: These libraries aren’t available to install through the Arduino Library Manager, so you need to copy the library files to the Arduino Installation folder. ESP8266: you need to install the ESPAsyncWebServer and the ESPAsyncTCP libraries.ESP32: you need to install the ESPAsyncWebServer and the AsyncTCP libraries.To build the asynchronous web server, you need to install the following libraries.
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