The way in which humidity spreads in a field is by the principle of capillarity.
In the plant world, humidity is essential as a carrier of the nutrients from the soil through capillarity in relation to light and temperature, favoring photosynthesis, growth and maturity of plants.
The way we have traditionally treated the world of plants to keep the soil moist is by watering until the soil is soaked, exactly as rain, which we have imitated and created all kinds of artifices to perform that function of watering.

The "Controlled Capillarity" achieves the same objectives of moistening the soil but without watering from above. It imitates the natural phenomenon that occurs in the soil after it has rained, and the water has penetrated the ground. This technology applies the principle of capillarity perfectly imitating the phenomenon that occurs in nature itself.
This new technology ,"Controlled Capillarity," monitors the humidity of the soil and the absorption of water according to the ambient temperature, without the need for electricity, sensors, or electronic elements.

The distinction of this new "Controlled Capillarity" technology is that, once the system is set up, it does everything, without our control, or our intervention, with more efficiency and satisfaction.

This phenomenal control consists of guaranteeing a constant amount of water, regulating the flow by a hydrodynamic system as it is absorbed by the soil and that immediately replenishes it so that there will never be a lack of moisture that is required for plants to grow and develop, and adapt to all types of temperatures - low, high or super high, favoring cooling and avoiding suffocation and other disturbances that harm the plants.

Since the plants will only absorb the water they mathematically need, and the system distributes the water beneath the soil where there is no loss due to evaporation, indiscriminately watering is avoided, and a huge amount of water is saved. Moreover, when temperatures are low or when there is enough rain, there is hardly any absorption, therefore, water is also saved. Due to the fact that no intervention is needed to operate the system, we save time to take care of other tasks or probably for leisure.

We have conditioned all the requirements that plants need to live and grow, without our intervention, with hardly any water, which means that our investment is minimal, and our gratification is maximum.