Design and Implementation of a Real-Time Dashboard for the Industry using IoT

Design and Implementation of a Real-Time Dashboard for the Industry using IoT

Suresh.B, Nancy.J.A, Muruganantham.M, Rajeswari.M

Department of Electrical    and Electronics Engineering,

Angel College of Engineering and Technology, Tirupur,

TamilNadu, India

Abstract—This paper proposes a design and implementation of a real-time dashboard for industry using IoT to monitor the moment, temperature, gas level, acceleration rate, and distance is monitored remotely and can be sent to the processing unit for analysis to take necessary actions under the abnormal for better reliability and efficiency. Where physical quantity is converted to digital data for future use. The wireless sensor is responsible for the effective data collection of the described parameters The real-time data is updated to the cloud automatically, in case of emergencies the decision is done based on these existing data and also based on real-time data. This data can be accessed anywhere in the world through a WiFi connection. A real-time dashboard is created in the Blynk and Arduino IOT cloud where the data are converted into visual data where user understanding level will be high.  ESP8266 WiFi module is acting as a bridge between the sensor and dashboard data display in the dashboard. ESPressif system WiFi microchip with built-in TCP/IP networking software is used to create Operational Dashboard.

Keywords—Internet of Things(IoT), ESP8266 Node MCU, CLOUD Platform, Operational Dashboard.