Geovideo enables you to see changes over time, fast forward or rewind to see the location of each video frame on the map, all from a single URL. Geovideo can be paused at any moment in time allowing you to geotag a Point of Interest (POI), take a snapshot, or add data layers on the video and on the map.
Video mapping saves tremendous time when inspecting remote sites or long corridors, as it enables you to make a quick assessment without relying on GIS specialists to process the data. It uses motion pictures with GPS data to show the location of the video on the map.
Geovidos can be archived for future assessment and comparison without the hassle of having to flip through hundreds of images.
Reality IMT is leading the way in applying Geovideo technology in right of way assessment, corridor mapping, aerial Geovideo and virtual inspections. See our Geovideo software-OcuMap for more info
Reality IMT applies stereo photogrammetry using UAV’s and fixed wing aircrafts to deliver professional grade Digital Elevation Models. Digital Surface Models (DSM) and Digital Terrain Models. (DTMs) are Orthorectified and georeferenced for seamless integration with both Google Earth and esri ArcGIS.
Our DTMs can provide up to 2 cm/pixel resolution for accurate analysis related to flood modeling, drainage modeling, corridor surveys, pre-planning, emergency preparedness and response, aerial geological surveys, and mining.
Our Aerial 3D Point Cloud service enables you to work with raw data using the software of choice. Reality IMT can deliver Dense Point Cloud in the following formats:(*.xyz,*.E57,*.Laz, *.Las). Point Cloud data can be imported into CAD for volumetric calculations and further analysis.
Using UAV stereo photogrammetry from a low altitude (below 400 feet), Reality IMT can deliver dense point clouds with incredible details. This method has proven to be more cost effective than Lidar, and data can be readily available within a few hours of completing the site survey.
Aerial 3D pointclouds can be delivered with or without color and can be georeferenced based on the project requirements.
Reality IMT offers high resolution aerial imagery that can be stitched to produce a georeferenced Orthomosaic or oblique model for geospatial analysis. Models can be delivered in geodatabase format, shapefile, or as geo tiff clients rely on us in delivering comprehensive geodatabase with Orthomosaic and oblique imagery. Multipatch 3d Shapefile, Collada with building and structure geometry (.dae), KML wrapper or Texture maps in JPEG format.
Reality IMT is capable of covering both narrow and wide areas in a short period. Our narrow area imagery is collected using UAVs, and wide area imagery is collected with a general aviation aircraft at much higher altitudes. Our imagery supports geospatial analysis in multiple industries including, corridor mapping, environmental assessment, disaster recovery, and agricultural.
UAV technology has come a long way in recent years making it possible to build 3D topographical surveys from high resolution aerial imagery. Reality IMT can help you increase work efficiency and reduce mapping cost associated with topographical surveys and volume calculations.
We have streamlined the process of aerial data collection where imagery is georeferenced based on Ground Control Points(GCPs). Data is then converted into a Digital Elevation Model (DEM), and Triangulated Irregular Network (TIN) for further analysis.
Volumetric calculations are then accurately carried out using either ArcGIS or AutoCAD Civil 3D. All data collected by Reality IMT is then handed over to our clients for archiving and future analysis.