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IGS uses high-resolution commercial grade cameras to capture and produce digital geo-referenced oblique (including continuous, overlapping frame images) to document the scenes (facilities) of interest.
IGS uses a variety of deployment mechanisms equipped with the right remote sensing technologies to get the job done right in the terrain environment encountered.
IGS uses traditional high-resolution digital aerial photography (ortho-photography) to produce geo-mosaic maps projected to the appropriate geographic reference frame (for example, State Plane Coordinate System [NAD83]).
At IGS we're fascinated by how imagery impacts the business decisions being made at all levels of society. From where to route a linear project to how to set up a large acarege site, from gathering environmental data to public forum presentations. We need to be able to describe to other people what we are seeing, and what we envision.
We have a number of tools to gather the necessary and sufficient LIDAR, FODAR, and/or photography data and incorporate it into the commercial, proprietary, and/or customized software you may be using. Let us help you find the way to where you want to be - match the right technology with the right application. WE CAN DO THIS!
IGS uses state-of-the-art FODAR (Structure-from-Motion) technology to produce 3D rendered scenes (models) to support a wide variety of applications in a wide variety of industries.
IGS uses state-of-the-art aerial LIDAR to produce 3D point cloud models necessary and sufficient to support engineering applications of all types. Both LIDAR and FODAR data are directly applicable to city modeling.
IGS uses a wide variety of software to produce many types of map/visualization products (GIS compatible) sufficient to get the job done. Reference Amazon ebooks: Focusing on Results: Applications Involving LIDAR and Digital Imaging Technologies.
What we do.