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Fish farming, also known as aquaculture, involves the cultivation of fish and other aquatic organisms in controlled environments such as ponds, tanks, and cages. Water quality is a critical factor in the success of fish farming, as poor water quality can lead to poor growth, disease, and death among the fish. One way to improve water quality in fish farming is through the use of Azolla, a floating fern that can be used as a biofiltration system. Azolla is able to absorb excess nutrients and pollutants in the water, improving water quality for the fish. Additionally, Azolla can also be used as a food source for the fish, providing a natural and sustainable way to improve water quality in fish farming. A cutting-edge technology in automation and analytics systems is the Internet of Things (IoT). Those whose jobs require real-time monitoring and management of equipment can benefit greatly from the implementation of IoT on systems in any industry. Since the aquaculture industry is the primary source of protein supplies for humans worldwide, this project will create a "Development System for Water Quality Based on the Internet of Things (Aquaculture)". Maintaining the water quality of fish ponds or lakes without constant manual monitoring is the industry's principal issue. As a result, the monitoring and control of water quality in fish ponds or lakes will be improved by the introduction of IoT systems in the fish farming and Azolla plants industry. The pH level sensor, conductivity sensor, and water temperature sensor are just a few of the input sensors that this Internet of Things system is equipped with to monitor the water quality of the pond or fish lake. In order to maintain and regulate the water quality in fish ponds or lakes, "aerators" and water pumps are also utilized as system production equipment. The IoT architecture of the system is made up of sensors that gather data and transmit it to a mobile application through a Wi-Fi network so that the data can be displayed and protection devices may be turned on.