Remote Sensing

Remote sensing refers to detecting and monitoring the physical characteristics of an area by measuring its reflected and emitted radiation at a distance from the targeted area. We deliver you the most accurate results with our GIS and remote sensing skills.

Remote Sensing Data Conversion Services

Remote sensing is a method which eases the whole process of acquisition of data by using satellites, airplanes, drones to capture data on a wide range easily, quickly and accurately. Remote sensing also enables to take data to places which are hard to reach physically. Polosoft expertise in remote sensing services, and we make sure of the accuracy and cost-effective data collection, which is a vital input for planning and designing of any mapping project.

Remote sensing spatial data can help considerably to show vulnerable areas, enhance mapping, and ameliorate the understanding of hazards and their complex interactions. The main advantages to be outlined refer to the spatially extending information collection, data base creation and the monitoring capabilities.

Remote Sensing

Remote sensing Data conversion Services

UAV Technology

UAV Technology

UAVs don't seem to be a replacement technology; they have been around for a variety of years and it's solely currently that the varied industries have begun to observe this remote sensing tool. Spatial information is and will be used for select projections.

Satellite Technology

Satellite Technology

Satellite representational process has seen the rise in demand for it's reached new heights. This space of remote sensing has achieved nice advances in resolution, bands and frequency of capture, turning this business into a frontrunner of spatial information acquisition.

Spatial data conversion

Spatial Data Conversion

Spatial conversion to spatial data is the method of turning your spatial information into over merely representational process, contours and digital elevation models, to actual any uses of the info, as well as merchandise and show ways for analysis procedures and easy access.

Aerial Photography

Aerial Photography

  • Orthorectification
  • DEM derived from stereo imagery
  • Vector contours derived from stereo imagery
  • Analysis and value added information
Satellite Imagery

Satellite Imagery

  • DEM from stereo pairs
  • Vector contours from stereo imagery
  • Analysis and value added information
  • Optical and radar Elevation Modeling
  • Vector and raster elevation information
  • Slope, line of sight, and watershed modeling
  • 3D representation of features
  • LiDAR data handling
Elevation Modeling

Elevation Modeling

  • Vector and raster elevation information from a variety of sources
  • Value added products for slope, line of sight, and watershed modeling
  • 3D representation of features
  • LiDAR data handling
Image Analysis

Image Analysis

  • Classification
  • Change detection
  • Image enhancement
  • Image processing and correction
Project Consulting

Project Consulting

  • Planning and implementation
  • Easy maintenance
  • Complete support and help
  • Detailed and coarse plans
Remote Sensing

Use of Remote Sensing Services for Industries

  • Satellite imagery interpretation and classification
  • Land cover classification
  • Coastal ecosystem management
  • Coastal ecosystem management

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Work Process

GIS Work Process

Our Recent Works

GIS Works

As a leading GIS Company, Polosoft Technologies extends its Geospatial and IT services to clients around the globe. Polosoft partners and collaborates with various GIS Companies to provide tailored solutions and GIS services for them years ahead of the whole race.

GIS mapping services have been a vital link in Remote sensing data processing with years of experience Polosoft connects the dots and paves the path for the whole world for a better tomorrow.

FAQs

Defined as a method for easing the whole process of data acquisition by the use of satellites, airplanes, drones to capture data on a wide range easily, quickly and more accurately.
Remote sensing data acquisition is a process conducted on platforms such as an aircraft, satellites, balloons, rockets, space shuttles, etc. for the use of sensors to collect data.
GIS software packages allow easy importing of the remotely sensed data, least viewed, within the software application itself. Allowing the analyst to overlay remote sensing data layers with other spatial data layers.
  • Light Detection and Ranging (LIDAR)
  • Radio Detection and Ranging (RADAR)
  • Unmanned Aerial Systems.
  • Hyperspectral Imagery.
  • Thermal Imagery.
  • Aerial Photography.
Remote sensors collect the required data by using sensors to detect the energy that is reflected from Earth. Sensors can be mounted on satellites or on aircraft. They tend to record the natural energy reflected or emitted from the Earth's surface.
  • Active sensors are enabled with their own source of energy to illuminate the objects they observe.
  • Passive sensors detect natural energy i.e radiation emitted or reflected by the object or scene being observed.
The science of extracting information from Earth's surface without being in contact with it. It’s done by sensing and recording reflected or emitted energy, processing the same for other applications.
It enables the companies to collect information over large spatial areas characterizing natural features or physical objects on the ground. Helps observe the surface areas and objects in a systematic way, monitoring the changes over a period of time.

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