In modern conditions of progressive environmental pollution, the need to save water and electricity, the production of fresh vitamin, environmentally friendly vegetable products on multi-tiered plants can be considered an urgent task. The article discusses the results of experiments on the development of individual elements of tomato production technology on a hydroponic multi-tiered pipe growing plant "Fitopiramida ". It was revealed that 2 foliar dressings at a dose (N: P: K 10:54:10) 2.5 g / l + Maxifol 2 g / l) - have a significant effect on the productivity and productivity of determinant tomato hybrids Flame F1 and Rosana F1, providing a yield increase in comparison with the control by 7.87 kg / m2 and 2.52 kg / m2, respectively. Testing of 24 varieties and hybrids of the determinant type made it possible to identify the 3 most early ripening varieties with a ripening period of 85-90 days. Based on the analysis of the test results, the directions of tomato selection for the conditions of low-volume technology are outlined. The main features are formulated for the determinant hybrid model for the " Fitopiramida " technology.

The article discusses the features of two methods of soilless technology in the context of solving the problems of resource and energy conservation in the production of vegetables. In recent years, Fitopyramida techniques have achieved significant attention in agriculture. It is applied in agriculture to plan the several activities and missions properly by utilising limited resources with minor human interference. Currently, plant cultivation, using new agriculture methods is very popular among the growers. The aeroponics and Fitopyramida are methods of modern agriculture which is commonly practiced around the world.