Aeroptic’s GeoProcessor provides both image and geopositional processing capabilities. It processes newly collected imagery from its raw format into a viewable file format and generates the commensurate geospatial metadata. It performs a wide range of data enhancement operations such as: Lens Distortion Correction, Radiometric Effects, Exposure Compensation, and Color Balancing. Additionally, it will perform Ortho-Projection, Ortho-Mosaicking, Image Tiling, and Image Compression to produce a final mosaic output.
The Aeroptic 4-Band Sensor System is the primary go to sensor in Aeroptic’s sensor systems line. It brings multiple advanced COTs sensing technologies into a single, consolidated form factor capable of providing high resolution, highly accurate RGB, NIR imagery for a variety of applications.
The Aeroptic EOG-M2 is the flagship sensor system in the Aeroptic line that brings a wide array of advanced COTs sensing technologies into a single, consolidated form factor capable of providing high-resolution, highly accurate RGB, VNIR hyperspectral and thermal data for a variety of applications.
Aeroptic’s GeoProcessor provides both image and geopositional processing capabilities. It processes newly collected imagery from its raw format into a viewable file format and generates the commensurate geospatial metadata. It performs a wide range of data enhancement operations such as: Lens Distortion Correction, Radiometric Effects, Exposure Compensation, and Color Balancing. Additionally, it will perform Ortho-Projection, Ortho-Mosaicking, Image Tiling, and Image Compression to produce a final mosaic output.
The Aeroptic 4-Band Sensor System is the primary go to sensor in Aeroptic’s sensor systems line. It brings multiple advanced COTs sensing technologies into a single, consolidated form factor capable of providing high resolution, highly accurate RGB, NIR imagery for a variety of applications.
The Aeroptic EOG-M2 is the flagship sensor system in the Aeroptic line that brings a wide array of advanced COTs sensing technologies into a single, consolidated form factor capable of providing high-resolution, highly accurate RGB, VNIR hyperspectral and thermal data for a variety of applications.
Aeroptic’s GeoProcessor provides both image and geopositional processing capabilities. It processes newly collected imagery from its raw format into a viewable file format and generates the commensurate geospatial metadata. It performs a wide range of data enhancement operations such as: Lens Distortion Correction, Radiometric Effects, Exposure Compensation, and Color Balancing. Additionally, it will perform Ortho-Projection, Ortho-Mosaicking, Image Tiling, and Image Compression to produce a final mosaic output.
The Aeroptic 4-Band Sensor System is the primary go to sensor in Aeroptic’s sensor systems line. It brings multiple advanced COTs sensing technologies into a single, consolidated form factor capable of providing high resolution, highly accurate RGB, NIR imagery for a variety of applications.
The Aeroptic EOG-M2 is the flagship sensor system in the Aeroptic line that brings a wide array of advanced COTs sensing technologies into a single, consolidated form factor capable of providing high-resolution, highly accurate RGB, VNIR hyperspectral and thermal data for a variety of applications.
Aeroptic’s GeoProcessor provides both image and geopositional processing capabilities. It processes newly collected imagery from its raw format into a viewable file format and generates the commensurate geospatial metadata. It performs a wide range of data enhancement operations such as: Lens Distortion Correction, Radiometric Effects, Exposure Compensation, and Color Balancing. Additionally, it will perform Ortho-Projection, Ortho-Mosaicking, Image Tiling, and Image Compression to produce a final mosaic output.
