IoT-Based Smart Aquaponics System with Remote Monitoring and Actuator Control
Abstract
This innovative aquaponics system integrates
automation to streamline the cultivation of plants and fish in a
sustainable, symbiotic environment. We focus on developing an
application for the automation and real-time water quality
monitoring. The system incorporates an automatic water transfer
system and feeding mechanism that optimizes nutrition delivery to
the fish, ensuring their health and growth. Simultaneously, realtime water quality parameter monitoring guarantees a stable and
conducive aquatic environment. This automation not only reduces
the labor-intensive aspects of aquaponics but also improves the
overall efficiency and productivity of the system, making it a
promising solution for sustainable food production.
Keywords:
Aquaponics, Aquaculture, Hydroponics, Ammonia, pH, Agriculture, IoT, Arduino Uno, ESP32, ThingSpeak, Flutter, Dart, Node.js
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