1.  Digital Route Analysis or Digital Routing of oil, gas and petrochemical pipelines, power lines, irrigation pipeline and channels with 3D analyzing of the ground surface with high accuracy and digital interpretation of the satellite imageries.

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2. Preliminary Geotechnical and Geological Surveys on the oil, gas and petrochemical pipelines, and irrigation pipeline and channels and publishing relevant reports and detail maps.

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3. Satellite Imagery Interpreting for land use and photomaps producing for displaying accurate land cover and sharp images of the projects status.

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4. Laser Scan (LIDAR) with ±10 cm accuracy to produce DEM (Digital Elevation Model), detailed topographic maps, plan & profile of linear projects, cross section profiles and cut & fill analysis with ±10 cm accuracy.

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5. 3D analysis of the ground surface with high accuracy and using the latest methods based on geostatistical Analysis  and producing fixed or mobile 3D scenes and flying over the project routes with can used for many applications regarding precise looking into the earth surface features and also reviewing the existing barriers and possible variants,  profiles drawing and cut & fill analysis.

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6. Developing databases, producing digital maps, land use maps, spatialization of the point data and producing IsoMaps (e.g. Isopollution and Isosalinity map).

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7. Handling digitalize projects and map archiving in various software environments and producing digital layers, system analysis, database designing and developing.

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8. Plan & profile drawing along the pipeline route, power lines, water transmission pipeline & channels and other linear and nonlinear projects.

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9. Spatial and non spatial database analysis and slope, aspect, topographic contour lines and hill shad map production.

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10. Site selecting a proper location for constructing refineries, power plants, pumping stations, pressure stations, access roads, proper location for executing developmental, agricultural, environmental projects and etc by using Spatial Analysis and overlaying the effective date layers.

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11. Data spatialization and converting point information to surface by using advance geostatistical methods and using various types of interpolation methods like IDW, kinds of Kriging, Cokriging and determining the accuracy of the interpolation by applying cross validation analysis.

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