A machine for cultivation of vegetables using hydroponic technology, characterized in that it comprises one or more growth chambers (1), within which a climate is maintained for each day/night for the vegetable species that are to be cultivated and in that it comprises, in combination: means for air treatment (3), which envisage control of temperature, relative humidity, and contamination levels means for lighting (2) of each growth chamber, which have a spectral intensity and density suitable for cultivation of vegetables means (4) for nourishing the vegetables using fertigation, with a quality and quantity specific for the vegetable species cultivated and means (GRC) for automatic management of the apparatus in order to grow in optimal conditions the plants contained in each growth chamber, following a Cultivation Recipe, which, for each moment of life of the plant, from sowing to harvest, enables each plant to be provided with the right environmental conditions and conditions of nourishment via automatic regulation and control of all the parts making up the apparatus itself. Said Cultivation Recipe is stored in the said automatic-management means (GRC), which include processing means and a software capable of governing and controlling all the parts making up the machine to obtain the vegetal growth envisaged and predetermined as a function of the parameters detected in real time and of those envisaged in the Cultivation Recipe.Linvention concerne une machine pour la culture de légumes au moyen de la technologie hydroponique. Ladite machine est caractérisée en ce quelle comprend une ou plusieurs chambres de croissance (1), dans lesquelles un climat est maintenu jour et nuit pour les espèces végétales devant être cultivées, et en ce quelle comprend, en combinaison : des moyens de conditionnement (3) de lair, qui régulent la température, lhumidité relative et des niveaux de contamination des moyens déclairage (2) de chaque chambre de croissance, qui présentent une i
