Innovating Agri-Hydro Insights

High-resolution analytics for agriculture and hydrology, powered by AI and big data

Our Solutions

An overview of our advanced solutions and the way they can be beneficial for you.


Crop Yield Prediction

Big datasets obtained from satellite imageries and model outputs within statistical- and process-based models to provide accurate and specific predictions on crop yields at regional and field scales.


Drought Analysis

A combination of data sources, models, and techniques to understand the past, current and future impacts of drought on different sectors considering the context of climate change.


Crop Classification

Advanced AI algorithms and satellite imageries to accurately identify and classify different types of crops in a given area, providing valuable insights for agricultural management and crop monitoring.

Hydrological Forecast

Numerical/Physical models, weather data, and other inputs to predict the future behavior of different hydrological variables, such as river flow, groundwater levels, and soil moisture contents.


Climate Change Impact Assessment

The process of evaluating the scientific evidence of past and current climate changes, projecting future changes, and evaluating the impacts of these changes on natural and human systems.


Spatial-Temporal Analysis

Interpreting the patterns, and interactions of phenomena that change in both space and time, with the use of geographical information, data visualization, and statistical methods.


Simulation & Optimization

The use of mathematical models, computer-based methods, and algorithms to imitate the behavior of a system or process and find the best solution or outcome among a set of possible scenarios or inputs.


Numerical Weather Prediction

The process of using mathematical models of the atmosphere and oceans, along with data from observations, to predict weather patterns and forecast future weather conditions.

Our Products

Discover the potential of our innovative products and see how they can elevate your business to new levels.


Monitoring Crop

Using various sensors on satellites to collect data about the earth's surface and crop growth models such as APSIM, and Aquacrop in order to assess the health and growth of crops, predict yields, and inform crop management decisions.​


High Resolution Soil Moisture Data

The water content of soil with a high spatial resolution that allows for detailed monitoring and mapping of the soil moisture at a local scale, providing valuable information for agriculture, water management, and natural hazards.


Hydropower Plant Prodution Forecasts

Estimating and predicting the amount of electricity that can be generated from HPP by using models, historical data, basin characteristics and weather forecast information to account for factors such as water flow, precipitation, and temperature.


Drought Monitoring

Graphical representations of the severity, spatial extent, and duration of drought conditions, are usually generated by analyzing meteorological and hydrological data to provide decision support for water management and drought mitigation.

Application Areas

Precision Agriculture
water resource Management
climate monitoring
Parametric Insurance

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Transform your Agriculture and Hydrology Operations with SatModel’s High-Resolution Predictions