Features

Supported Formats

GeoTIFF ( .tif )

ERMapper Compressed Wavelets ( .ecw )

JPEG JFIF ( .jpg )

Graphics Interchange Format ( .gif )

Arc / Info ASCII Grid ( .asc )

X11 PixMap Format ( .xpm )

HDF4 Image Dataset ( HDF4 )

INGR: Intergraph Raster

ESRI Labelled ( .hdr )

Erdas Imagine Images ( .img )

ERMapper JPEG2000 ( .jp2 )

Portable Network Graphics ( .png )

DTED Elevation Raster

National Imagery Transmission Format ( NITF )

MS Windows Device Independent Bitmap ( .bmp )

ERMapper Labelled ( .ers )

ENVI Labelled ( .hdr )

ADRG: ARC Digitized Raster Graphics

Support all the spatial reference system defined within the latest version of “EPSG-SRS”, including common projection coordination system, such as WGS 84.
Support the transformation for oriented images spatial reference projection coordination system.
Able to support 16 bits, 8 bits and other remote sensing telemetry image format conversion.
Provide at least 3 image resampling methods, including nearest neighbor, bilinear, cubic, etc..
Allow users to edit hues, saturation and brightness of satellite or aerial photos.
Support to separate different bands of RGB into single GeoTiff file.
Support the creation and removal of geo-images pyramid from GeoTiff file.
Support making mosaic frame shape of the index file.

Support 64-bit Redhat Linux or CentOS Linux.
Based on “J2EE” architecture and software load balance mechanism.
Support Oracle Jrochit R28.1 or latest version runtime environment.
Image and vector data publishing service must meet the standards of OGC WMS, WFS and WCS.
Support the map-styling protocol and styling content editing interface for OGC SLD ( Styled Layer Descriptor ).
Support to connect the metadata international standards between ISO / TC211 and FGDC.
Support publishing the remote sensing of 16 bits, 12 bits and 8 bits image format.
Support publishing images and vector data onto WMS without any procedure of conversion.
Support interfacing with the back-end storage source image such as SAN storage, NAS cloud storage, converting OGC to WFS, and converting OGC to WMS.
Support all the spatial reference system defined within the latest version of “EPSG-SRS”, including common projection coordination system, such as WGS 84.
Support to add watermarks into images and is able to adjust transparency and its position.
Able to track every trace when using WMS, including tracking IP, and the date & time; memorizing the range and format of downloaded images.

The Authorization Administration supports four levels of users, roles, service and layers.
Support the server-side management interface to preview the publishing images, and also support to rotate the previewed images.
Support publishing the various formats such as GeoTIFF, JPEG, PNG, ECW, DTED, JPEG2000, ERDAS Imagine, MrSID, Shape onto WMS.
Support linking back-end spatial data warehouse such as Oracle, Microsoft SQL Server 2008, Post GIS and Arc SDE to publish onto WMS.
Support to output the image format such as TIFF, PNG, JPEG, GIF, SVG, PDF, GeoRSS, KML.
Support Google Earth, ESRI Arc Map, Gaia, QGIS to call for WMS.
Support the ability to browse massive TB image mosaics. Every responding time would less than or equal as three seconds after using the zoom-in, zoom-out and moving-horizontally function. In order to maintaining management convenience and browsing integrity of image frames and image data, it is not allowed to use the methods such as Map Cache and AJAX.
Support the ability of high-speed computing cluster and heterogeneous data server-side loading balance.
Support the virtual machine to backup the management structure, and is able to present high-speed computing performance and to deploy the clouding machine group for gaining carbon reduction benefits.