Google Analytics on Arduino EPS8266 and 2.4" TFT
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£210(approx. $261)
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Description
Experience Level: Expert
m working on a desktop dashboard composed by:
Adafruit Feather HUZZAH with ESP8266
Adafruit 2.4" TFT Feather Wing
I am following this guide https://learn.adafruit.com/wifi-weather-station-with-tft-display/overview
Instead of building a weather station, I want to build a Google Analytics dashboard to monitor my website traffic.
User journey:
1. User connects Arduino to the Wifi Network using https://github.com/tzapu/WiFiManager .
1.1 Initial startup: This will turn the ESP8266 into an access point. The display will instruct you to connect to the ESP8266 WiFi access point.
1.2 Connect to ESP8266
You should see the ESP8266 listed in your available WiFi network. Select "ESP8962600". No password is needed.
1.3 Configure WiFi
Once connected, your computer will automatically launch a Join WiFi login page. You'll have the option to scan for available WiFi networks or enter it manually.
1.4 Enter WiFi Credentials
Choose your preferred WiFi network and enter your password. Then click on the save button.
2. User connects to Arduino via WIFI. This will turn the ESP8266 in a webserver where the client can
Login into his Google account and set up the analytics to display
Same workflow as per https://gootics.com
3. The dashboard is displayed on Arduino TFT http://take.ms/fVeB7
Adafruit Feather HUZZAH with ESP8266
Adafruit 2.4" TFT Feather Wing
I am following this guide https://learn.adafruit.com/wifi-weather-station-with-tft-display/overview
Instead of building a weather station, I want to build a Google Analytics dashboard to monitor my website traffic.
User journey:
1. User connects Arduino to the Wifi Network using https://github.com/tzapu/WiFiManager .
1.1 Initial startup: This will turn the ESP8266 into an access point. The display will instruct you to connect to the ESP8266 WiFi access point.
1.2 Connect to ESP8266
You should see the ESP8266 listed in your available WiFi network. Select "ESP8962600". No password is needed.
1.3 Configure WiFi
Once connected, your computer will automatically launch a Join WiFi login page. You'll have the option to scan for available WiFi networks or enter it manually.
1.4 Enter WiFi Credentials
Choose your preferred WiFi network and enter your password. Then click on the save button.
2. User connects to Arduino via WIFI. This will turn the ESP8266 in a webserver where the client can
Login into his Google account and set up the analytics to display
Same workflow as per https://gootics.com
3. The dashboard is displayed on Arduino TFT http://take.ms/fVeB7
Michelangelo C.
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Last project
17 Aug 2018
United Kingdom
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