Improve the management and maturity of agricultural properties with the appropriate use of business software.

Use of technologies such as GPS, drones, sensors and geographic information systems (GIS) to optimize the use of agricultural inputs such as seeds, fertilizers and pesticides.

Sensors and devices connected to the internet are used to monitor environmental variables, such as temperature, humidity, soil pH, among others.

Use robots and autonomous machines to perform agricultural tasks such as planting, harvesting and spraying.

Collection and analysis of large volumes of data to improve agricultural decision-making. This includes using software and algorithms to interpret information about climate, soil, plants and agricultural operations

Connecting farmers to markets and buyers through digital platforms.

Use of technologies to monitor plant health, identify diseases and pests early and take corrective measures.

Cultivation techniques in controlled environments, often indoors and on multiple levels, where conditions are optimized for plant growth.

It increases operational efficiency and also enables more sustainable agricultural practices that respond to market demands, contributing to the prosperity and resilience of agribusiness.

All integrated and connected technologies, providing innovation in the agribusiness production chain in all stages of agricultural production, from cultivation and harvesting, to storage and distribution

Use of sensors and technologies to optimize the use of water in irrigation, minimizing waste and promoting water efficiency.