Aquaponics hailed as an ideal technique consolidating hydroponics and aqua-farming, encourages water supportability. Imperative for fish wellbeing and endurance, water quality boundaries require observing and control through the turn of events and utilization of sensors. This study plans to bring issues to light among ranchers and Aquaculturists looking for improved yields of sound fish and hearty harvests by using sensors for observing water quality boundaries in Aquaponic frameworks. The exploration was directed with two Aquaponic medicines: a savvy framework outfitted with sensors and a control framework checked utilizing water testing units and instruments. Every treatment facilitated 20 Nile tilapia fingerlings (Oreochromis niloticus), with four plastic pots of Mentha spicata in every aquarium. Observing happened like clockwork for water quality boundaries and fish length-weight. The typical temperature stayed at 27.4±3.6, with a mean oxygen level of 7.2±0.6. Fish development rates found the middle value of 7.77±0.8 in the shrewd framework and 3.7±0.1 in the control. Mentha spicata flourished in this climate, adding to ideal water quality circumstances. Endurance rates were 100 percent in the savvy framework and 95% in the control, exhibiting the previous' effectiveness and eco-kind disposition through elevated creation and greatest endurance.