Aerial Imaging is the process of taking pictures of the ground from a moving object such as a helicopter, a fixed-wing plane, a balloon, a parachutist, a rocket, or an unmanned aerial vehicle (UAVs). Geospatial mapping, infrastructure planning, disaster management, ground surveillance, and environmental monitoring are all typical applications. Light Detection and Ranging (LiDAR) systems, 360-degree vision cameras, and geographic systems are all included in the imaging systems. They provide spatial data on land cover, plant areas, soil maps, and geological areas, which is utilised for urban settlement analysis and strategic planning, as well as route design.
Aerial Imaging makes use of GPS, which aids in pinpointing the exact location. Farmers, for example, use GPS targeting to monitor crop health, pinpoint trouble spots, and apply fertiliser. The precision of aerial imagery aids energy and power site management since it can be repaired from weather damage and targeted more precisely. The pandemic of COVID-19 has raised demand for Aerial Imaging, which is being used to analyse the virus's economic impact and conduct remote monitoring of infrastructure and utilities. Various industries, such as government, energy, power, oil, and gas, boosted their need. During the peak of the pandemic, the imaging also analyses supply chain conditions.
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