Smart Farming System Using ESP32 for Improving the Yield of Aqua-Species

As a crucial component of the world's food security, aquaculture must contend with issues pertaining to resource management, environmental monitoring, and the general health of aquatic life. The use of sensor technology has become a transformational strategy to tackle these issues in recent years. The paper delves into the many uses of sensors in aquaculture, emphasizing how they may be used to optimize feeding schedules, monitor water quality, and enhance overall farm management techniques. Temperature, pH, and dissolved oxygen may all be monitored in real time with the use of water quality monitors. These sensors give useful information for pond and food quantity assessments. Additionally, developments in sensor technology have made it possible to create intelligent feeding systems that optimize feeding by utilizing information on fish behavior and environmental factors. Sensors are used for tracking and identification in addition to environmental and feeding applications. To sum up, the use of sensor technology in aquaculture has significant potential to advance sustainability, enhance productivity, and reduce environmental hazards. The use of sensors in aquaculture is predicted to be crucial in determining the direction this important sector takes as technology develops