Internet of things based automated monitoring for indoor aeroponic system

On the ever-rising urgency of global food security, efforts are required to develop a robust farming technique. This includes capability in non-agricultural land or indoor spaces. Farming air medium, i.e., aeroponic, has persistently stepped as viable solution. Aeroponic allows efficient water usage while preventing soil related diseases and pests. With assistance light emitting diodes (LEDs) precise electronic monitoring control, aeroponic may become suitable technique future. work presents an system capable automated control parameters. The achieved both robustness remote access by employing LED artificial lighting internet-of-things (IoT) connectivity, respectively. test result demonstrated that successfully maintained root chamber temperature below 30 °C with typical average 28.8 °C. managed humidity level which prevented plants from drying out. It was also evident significantly improved growth quality <em>Ipomea reptans</em>. system, data, analysis presented this is expected facilitate further development production overcoming crisis.