Reunion Island - MH370 debris was found on July 29, 2015 and DigitalGlobe WorldView-3 satellite sensor acquired a satellite image over the area on July 23, 2015. The multispectral and panchromatic satellite image data was used to locate the debris and confirm the dimensions of the flaperon. On August 11, 2017 news became available that Ocean Infinity, a leading company specialized in seabed exploration technology, has submitted an offer to search for the remains of the MH370 Boeing 777-200ER aircraft and is willing to “take on the economic risk of a renewed search.”
MORE IMAGERY: 3D Terrain Video Yongbyon Nuclear Site, North Korea
3D terrain visualization movie of the Yongbyon nuclear site in North Korea. The creation of the 3D flythrough movie was made possible with the use of stereo IKONOS satellite image data and a 2m DEM extracted from the image data. View 3D terrain flythrough gallery.
With over four decades of experience, we use our unique understanding of the oil industry to help you assess risk and reduce expenses. By utilizing old and current multispectral satellite image data, spectral analysis and sub-pixel classification, old well locations can be recovered and coordinates adjusted to improve the geophysical and geological interpretation "before" additional wells are drilled in the same area. This increases the success ration considerable, especially when some of the old well locations have coordinate problems in excess of 1 km. Specialty services include recovery and coordinate adjustments of old wells, as well as seismic surveys in heavy jungle and desert terrain.
Multispectral imaging (VNIR), WorldView-3 Short Wave InfraRed (SWIR) and thematic mineral mapping allows researchers to collect reflectance data and absorption properties of soils, rock, and vegetation. By leveraging wavelengths and spectral reflectance data, spectral signatures, invisible to the human eye, can be established for mineral traces located on the surface. Our satellite imaging technology can yield unrivaled insight as to the composition of earth surfaces, greatly aiding geologists, scientists and researchers. This data could be utilized by trained photo geologists to interpret surface lithology's, identify clays, oxides, soil types and identify potential locations of minerals, from high and medium resolution satellite imagery.
Satellite Imaging Corporation (SIC) has developed comprehensive policy and procedures to include QA and QC in the planning stage of every project involving the use of remote sensing data for GIS mapping. Using our extensive array of advanced satellite sensors, we can provide you with data and imagery of unparalleled quality and geospatial accuracy to support your 2D or 3D GIS map applications such as precision agriculture mapping. One of the primary services provided by SIC during the implementation of a GIS project is the georeferencing of various data layers to one common mapping projection of choice.
Mitigate business risks, accelerate pipeline planning, learn about surface composition, and predict environmental impact using the solutions we have tailored to enhance mining and energy projects.
From construction site selection and evaluation to the assessment of existing structures, we have solutions designed to help facilitate every step of your project.
Defense agencies, military contractors, and law enforcement are continually faced with new challenges. We provide an unrivaled advantage when planning strategic and tactical operations, carrying out combat missions, and developing simulations.
Leverage our geographic information system (GIS) technology solutions to map data in a visually concise, easily consumable manner.
When timeliness counts, rely on our satellite image data — collected before and after a natural or manmade disaster — to provide crucial insight for disaster response efforts and insurance operations.
The world is always in motion. Use our proven methods to keep an eye on the environment, enhance coastline management efforts, assess forests, and facilitate the development of agricultural resources.