IOT Based Automated System Enhancing Fisheries Product in fresh water as well as Aquarium

Abstract

Our rapidly evolving culture necessitates efficient systems with minimal human intervention. In response, we’re developing an automated fish farming system grounded in fundamental computer science concepts. The primary objective is to revolutionize fish farming by employing an extensive sensor network, including temperature and level sensors, to create a tightly monitored environment. The integration of a mobile application serves as a control center, enabling remote management and monitoring, fostering revenue growth, and improving operational efficiency. A key focus is providing farmers with the ability to oversee aquaculture operations remotely. Our advanced mobile application acts as a central control hub, allowing farmers to monitor critical parameters such as pH levels and water temperature in real-time. This empowers decision-makers to make informed choices, ensuring the optimal conditions for fish farming. Centralizing all farm devices onto a single platform enhances operational efficiency, offering a comprehensive view of the farming environment and enabling better planning and adjustments for aquatic stock health and expansion. Our system addresses the complexities of contemporary aquaculture by continuously monitoring vital variables, preventing disasters, and enabling proactive measures. The integration of technology into traditional farming methods represents a significant advancement. By streamlining the management process, we aim to alleviate the challenges of fish farming, providing a user-friendly platform for remote management. This approach allows farmers to prioritize productivity, efficiency, and overall success in their aquaculture ventures. In summary, our automated fish farming system, grounded in advanced technology, seeks to revolutionize conventional farming methods. Through a centralized platform, we enhance operational efficiency, offer a comprehensive understanding of the farming ecosystem, and empower farmers to make informed decisions for the health and growth of their aquatic resources.