By analyzing soil and weather data gathered from GPS and satellites, farmers can increase productivity and efficiency by responding to changing conditions in real time.

By analyzing soil and weather data gathered from GPS and satellites, farmers can increase productivity and efficiency by responding to changing conditions in real time.

System failures, data accuracy concerns and reliance on third-party experts to collect and analyze data.

Farmers have the potential to increase productivity, lower costs and reduce worker injury by automating tasks like weeding, fertilizing and harvesting, and using GPS-controlled tractors to optimize routes.

Farmers have the potential to increase productivity, lower costs and reduce worker injury by automating tasks like weeding, fertilizing and harvesting, and using GPS-controlled tractors to optimize routes.

Loss of connectivity, mechanical failures, crashes and collisions with people, livestock and structures or other machinery.

Farmers can monitor the health of livestock with thermal imaging cameras to identify lameness and infection.

Farmers can monitor the health of livestock with thermal imaging cameras to identify lameness and infection.

Environmental conditions interfering with thermal readings and affecting the quality of data.

Drones are broadly used by farmers to increase crop production and monitor crop growth. They can determine topography, assess health of crops and more.

Drones are broadly used by farmers to increase crop production and monitor crop growth. They can determine topography, assess health of crops and more.

To power farm facilities and equipment, many agribusinesses now rely on alternative energy sources like solar panels, wind turbines or methane converters.

To power farm facilities and equipment, many agribusinesses now rely on alternative energy sources like solar panels, wind turbines or methane converters.

Damage from fire or severe weather, loss of connectivity, mechanical breakdowns.