FalconAgri

FalconAgri's cloud-based algorithms provide smart irrigation decisions. These decisions activate the

controller, resulting in a fully autonomous data-driven irrigation system.

Farm with our system has shown up to 60% reduction in water use and up to 30% increase in yields with

substantial saving in fertilizer usage. Additionally, Growth-Based AI Irrigation leads to healthier plants,

reduces the risks of damage, and enables farmers to precisely reach the quality and harvest goals.

FalconAgri's AI-powered platform Continuously Monitors high-resolution climatic parameters such as Air

temperature, Relative Humidity, Wind speed and direction, Solar radiation, Precipitation, Penman

Evapotranspiration (ETo), and Deficit Vapor Pressure (VPD). This inspects the farm's soil parameters,

water pH, crop verity, plant growth stages, soil response, weather forecasts, and water consumption to

provide a quick analysis of the daily water and nutrient demand of the plants. This is a very important tool

that allows farmers to get an assessment of irrigation accuracy by comparing accumulated daily soil

moisture level, Plant Water and Nutrients Demand (PWND), and irrigation conditions according to

crop/plant's growth stage.

The data compiles at our AI-powered system and is transferred along with complementary weather data

to the cloud via GSM communication protocols. Once the data reaches our cloud servers, it is analyzed by

FalconAgri's proprietary AI algorithms, which generate irrigation recommendations and autonomous

irrigation actions.

Data is compiled into daily averages that are also available for chart representation as well as a PDF

download by farmers for personal analysis.