GeoWGS84 Corp Acquires LizardTech Suite of Products, Including GeoExpress and the MrSID Format. Click here for details
GeoViewer
Free Images and LiDAR Viewing Software
GeoViewer is a multipurpose spatial image viewer specifically designed for technical use. Its main purpose is to help users visualize, analyze and manage geographic data. Its strength lies in its intuitive working environment for MrSID images, raster images, LiDAR point clouds and vector layers without requiring specialized different gadgets.
With GeoViewer, users can view high-resolution data, and navigate easily in vast data amount. The application allows non-linear use of imaging technologies through interactive zooming and panning, effective and efficient management of layers and settings of visual image.
Flexibility offered by GeoViewer for merging local data and internet geographical data resources is also considerable. Users can connect to online basemaps and get data via WMS or JPIP services and thus to receive additional complementary geographical context necessary for accurate data analysis.
The software has advanced display properties that allows users to optimize the presentation of images and geospatial information. Users can carry out dynamic range modifications to improve the image visualizations and modify the display options for more control over the raster and spatial data.
Besides viewing and analyzing geospatial information, GeoViewer allows for image exportation and saving projects for future use. Saved projects ensure that viewing environments are adequately organized while maintaining selected datasets and display settings that can be analyzed or collaborated upon again.
GeoViewer is ideal for companies seeking reliable GIS data observers for exploring and presenting a variety of geospatial information. GeoViewer provides a solution that brings imagery, LiDAR, vector, online basemaps, WMS, and JPIP information together for careful examination of geographical information.
GeoViewer is the right tool for inspecting MrSID images, analyzing raster data, viewing LiDAR point clouds, comparing vector layers, or merging locally stored geospatial data and online geographic data sources.

