All hardware and logic installed in agricultural applications are used to achieve efficient, fertile soil that provides essential nutrients, water, and air for sustained, healthy plant growth. This soil is characterized by rich organic matter (humus), good structure for drainage and aeration, beneficial microorganisms, and balanced minerals such as nitrogen, phosphorus, and potassium (NPK). It supports high-quality grains and crop yields by acting as a living system.
NASACI apps tend to avoid depleted and poor farming conditions. Soil quality can be improved with compost, manure, and careful management.
The latest technologies manage the control of nutrient-rich soil with good structure, high organic matter, living soil, and correct pH (meaning not too acidic or alkaline) that must be accessible to plantations.
Soil fertility means focusing on soil productivity; its goal is to improve overall soil fertility and maintain it over a long period of time. It is achieved by sensors that show the conditions of the plantations, such as:
