Pre-Farming Services
Pivots Inspection
Drones can be used to inspect agricultural pivots in a number of ways, including visual inspection, thermal imaging, and LiDAR. This can help farmers identify problems such as broken sprinkler heads, damaged pipes, and cracks in pipes.
DSM Digital Surface Modeling
A DSM (Digital Surface Model) is a 3D representation of the Earth's surface, including all objects on it. DSMs are a powerful tool for observing ground leveling and other changes in the Earth's surface.
soil substances
Drones can be used to collect data to create maps of soil substances. These maps can be used by farmers and researchers to make informed decisions about crop production and soil health.
During Farming Services
Plantation evaluation
Plantation evaluation assesses the growth and health of new plantations. Regular evaluations are vital to identify and address potential issues early on.
Crop Health Monitoring
Drones with multispectral cameras can create crop health maps that show gaps, stressed areas, diseases, and damaged areas. These maps can be used by farm consultants to make informed decisions about crop production improvement.
Weeds detection
Multispectral drone data can be used to create weed detection maps that help farmers make weed control decisions and researchers study weed ecology and develop new control methods.
Leakage detection
Drones can be used to detect leaks from pipelines, tanks, canals, and underground using a variety of sensors, such as thermal imaging, multispectral imaging, and GPR.
Aerial spraying
Drones can apply pesticides, herbicides, and fertilizers more precisely and efficiently than traditional methods, reducing chemical use and protecting crops from vehicle damage.
Moisture map
Soil moisture mapping is a technique that uses sensors to measure the percentage of water in the soil. It is useful for optimizing water usage, especially in areas with water shortages, and for detecting areas that are not receiving enough water.
Geographical Database
A geographic database can be created by regularly monitoring crop health, DSM, and moisture levels. This database can then be used to improve the productivity of the farm.
Numbers of trees
Drones can be used to accurately calculate the number of trees in an area, as well as measure their height, volume, and health. This makes them a powerful tool for sanctuary management and conservation efforts.
Farm Security
This service protects farms from animal and human attacks day and night using RGB, IR, and thermal imaging, spotlights, and loudspeakers.
After Farming Services
Animals monitoring
Drones can be used to direct animals using a variety of techniques, such as Animal-Drone Interaction (ADI), light, and noise. ADI is a way of using drones to communicate with animals and influence their behavior, while light and noise can be used to attract, distract, or herd animals.
harvest evaluation
This service uses drones to gather data to create 3D maps and calculate the volume and density of the crop to estimate its weight in tons. This helps farm managers make decisions.
Cost effective, continuous monitoring and fast solution
hybrid solution
Combination solution between drones and satellites. It's used for the huge farms to see in general first by the satellites and then select the worst pivots then using drones to detect the problems and its accurate locations.
Pre-Farming Services
Pre-Farming Services
Pivots Inspection
Pivots Inspection
Drones can be used to inspect agricultural pivots in a number of ways, including visual inspection, thermal imaging, and LiDAR. This can help farmers identify problems such as broken sprinkler heads, damaged pipes, and cracks in pipes.
DSM Digital Surface Modeling
DSM Digital Surface Modeling
A DSM (Digital Surface Model) is a 3D representation of the Earth's surface, including all objects on it. DSMs are a powerful tool for observing ground leveling and other changes in the Earth's surface.
soil
substances
soil
substances
Drones can be used to collect data to create maps of soil substances. These maps can be used by farmers and researchers to make informed decisions about crop production and soil health.
During Farming Services
During Farming Services
Plantation evaluation
Plantation evaluation
Plantation evaluation assesses the growth and health of new plantations. Regular evaluations are vital to identify and address potential issues early on.
Crop Health Monitoring
Crop Health Monitoring
Drones with multispectral cameras can create crop health maps that show gaps, stressed areas, diseases, and damaged areas. These maps can be used by farm consultants to make informed decisions about crop production improvement.
Weeds detection
Weeds detection
Multispectral drone data can be used to create weed detection maps that help farmers make weed control decisions and researchers study weed ecology and develop new control methods.
Leakage detection
Leakage detection
Drones can be used to detect leaks from pipelines, tanks, canals, and underground using a variety of sensors, such as thermal imaging, multispectral imaging, and GPR.
Aerial
spraying
Aerial
spraying
Drones can apply pesticides, herbicides, and fertilizers more precisely and efficiently than traditional methods, reducing chemical use and protecting crops from vehicle damage.
Moisture
map
Moisture
map
Soil moisture mapping is a technique that uses sensors to measure the percentage of water in the soil. It is useful for optimizing water usage, especially in areas with water shortages, and for detecting areas that are not receiving enough water.
Geographical Database
Geographical Database
A geographic database can be created by regularly monitoring crop health, DSM, and moisture levels. This database can then be used to improve the productivity of the farm.
Numbers of trees
Numbers of trees
Drones can be used to accurately calculate the number of trees in an area, as well as measure their height, volume, and health. This makes them a powerful tool for sanctuary management and conservation efforts.
Farm
Security
Farm
Security
This service protects farms from animal and human attacks day and night using RGB, IR, and thermal imaging, spotlights, and loudspeakers.
After Farming Services
After Farming Services
Animals monitoring
Animals monitoring
Drones can be used to direct animals using a variety of techniques, such as Animal-Drone Interaction (ADI), light, and noise. ADI is a way of using drones to communicate with animals and influence their behavior, while light and noise can be used to attract, distract, or herd animals.
harvest evaluation
harvest evaluation
This service uses drones to gather data to create 3D maps and calculate the volume and density of the crop to estimate its weight in tons. This helps farm managers make decisions.
Cost effective, continuous monitoring and fast solution
Cost effective, continuous monitoring and fast solution
hybrid
solution
Combination solution between drones and satellites. It's used for the huge farms to see in general first by the satellites and then select the worst pivots then using drones to detect the problems and its accurate locations.