The present invention relates to a system for managing an aeroponic cultivation apparatus of plants. The system comprises: a frame part including a bottom frame having an opened portion, and a vertical frame vertically installed on an edge of the bottom frame； a medium part including a foaming paper horizontally disposed in the frame part, through holes for inserting plants into the foaming paper, and insertion holes derived from the through holes and configured to fix the plants in midair； a sprayer installed in the upper side of the medium part and configured to spray a nutrient solution on the plants； a water tank mounted on the lower side of the bottom frame and configured to collect and then store or discharge a nutrient solution that is sprayed on the plants by the sprayer and has passed and fallen through the through holes； a nutrient solution state measurement unit installed in the water tank and configured to identify a health state of the plants by measuring a state of the nutrient solution by using at least one of an EC sensor and a turbidity sensor； and a nutrient solution supply part configured to adjust the state of the nutrient solution by supplying the nutrient solution from an external side to the water tank according to the state of the nutrient solution measured by the nutrient solution state measurement unit.La présente invention concerne un système de gestion d'un appareil de culture aéroponique de plantes. Le système comprend : une partie de cadre comprenant un cadre inférieur ayant une partie ouverte, et un cadre vertical installé verticalement sur un bord du cadre inférieur ； une partie support comprenant un papier mousse disposé horizontalement dans la partie de cadre, des trous traversants pour introduire des plantes dans le papier mousse, et des trous d'insertion issus des trous traversants et configurés pour fixer les plantes à mi-hauteur ； un pulvérisateur installé dans le côté supérieur de la partie support et configuré pour pulvériser
