Smart Alert System for Potted Plants that Optimizes Water Consumption

Ulloa Rubio B.; Baltodano Nontol L.A.; Gaytan Reyna K.L.; Carrera Ruiz K.M. · Proceedings of World Multi-Conference on Systemics, Cybernetics and Informatics, WMSCI (2024) · DOI: 10.54808/wmsci2024.01.60

Resumen

In this research, the importance of environmental variables was analyzed with the alternatives offered by the Internet of Things, in terms of elementary processes of daily life such as monitoring a potted plant. The objective of the prototype was to develop an intelligent alert system to monitor the various variables of the environment, for this, work was carried out in four main phases: sensors that monitored the temperature and humidity of the weather, a light sensor that detected solar intensity, soil moisture sensor that monitored soil moisture time and the air quality sensor determined the carbon dioxide in the environment. The microcontroller was integrated to detect the variables of the sensors that were linked to the industrial platform connected to the cloud for the Internet of Things, which allowed to visualization of the graphs in real time and also worked with the analysis of the database. Finally, the result was a platform connected to different applications to carry out alert activities with calls and text messages to the cell phone of the owner of the pot with plant.

Instituciones: Universidad César Vallejo