Published 2023-12-31
Keywords
- ESP32 microcontroller, Google Fire Base, actuators, sensors, embedded.
How to Cite
Abstract
Developing and growing countries are assisted on the social and economic fronts by the InIoT, a fast expanding technology. The third-largest fish producer in the world is India. Aquatic products are generated annually at a rate of 11 million tonnes. IoT usage is expanding in a variety of sectors, including manufacturing, mining, education, transportation, and healthcare. Aquatic creatures are raised in freshwater and marine environments under controlled, natural conditions. However, for fish farming to be profitable and sustainable, major adjustments must be made to the current resource- and labor-intensive practices. The major goal of this task is to develop an IoT-based observing method that uses an embedded device and a smartphone to control shrimp farming and resolve issues. This project will use an ESP32 microcontroller and Google Fire Base to achieve this purpose. With the aid of actuators and sensors, this system can be employed as an embedded system to regulate and keep an eye on significant environmental factors. The pH or the volume of dissolved oxygen are just two examples of parameters. It is feasible to build a system for alert notification that notifies farmers through Wi-Fi and enables them to use an Android app to examine the status of actuators and sensors
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References
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