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بِسْمِ اللهِ الرَّحْمنِ الرَّحِيمِ.

ASSALAMUALAIKUM W.H.B AND WELCOME TO MY PAGE.

This project apply the NodeMCU ESP8266 as it is a microcontroller embbed together with Wi-Fi
along with four sensors DHT22, Ultrasonic, Soil Moisture and pH sensor.

This blog shall shows progress report/logbook on my Final Year Project.
Every processes/articles/works/researches regarding the project were updated in this blog.

Thank you for visiting this blog. Hopes that anyone reading these posts could gain more knowledges ❤😁.

Week 25

 Create Grafana Dashboard.

As you can see, there are a proper table to view the databased on the Webpage. However, this website is dull and shallow. As a creator of this project, my objectives are not  just creating project that model would help farmers. In addition, I wanted to make users to always be enthusiastic when monitoring their agriculture land. So instead of a boring black and white screen, I created a dashboard that is eye catching and most of all suitable for monitoring systems called Grafana Dashboard.

Grafana Dashboard.

Grafana provides a simple but appealing dashboard that may entice people to learn more about their field. The color of the dashboard would influence how people used this application. On the dashboard, there are graph shown for user to monitor the temperature and heat index in Celsius and in Fahrenheit. Moreover, user could also monitor the Soil Moisture in the field, the pH value of soil and the water level in the damp. The gauges are used to display current reading in the field. The clock is placed to helps user keep track of time and be alert on their agricultural land.

In this project, there are two dashboards created to help users monitor for field 1 which are in the landed paddy field and the second dashboard are for the second terrace paddy field which are located kilometers away from the field 1. This could help farmers to save a lot of time on traveling from one place to another.

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