Custom GIS applications (web, desktop, mobile) Tailored GIS dashboards & reporting tools Integration with enterprise systems (ERP, CRM, IoT, etc.)
Data collection, digitization, and conversion Geospatial database design & management Data cleansing, validation, and migration Remote sensing & satellite imagery processing
Spatial data analysis & visualization Predictive modeling with GIS + AI/ML Business intelligence dashboards with geospatial insights Location-based decision support systems
Cloud-based GIS hosting & management Enterprise GIS implementation (ArcGIS Enterprise, QGIS, etc.) GIS integration with cloud platforms (AWS, Azure, Google Cloud) GIS web services & APIs development
Interactive web maps & 3D visualizations Thematic mapping (land use, zoning, utilities, etc.) Real-time maps for asset tracking & monitoring Indoor mapping & smart city solutions
• Definition: Traditional survey using instruments on the ground. • Tools: Theodolite, Total Station, GPS, leveling instruments. • Use: Property boundaries, infrastructure mapping, detailed engineering projects. • Pros: Very accurate. • Cons: Time-consuming and costly for large areas.
• Definition: Measures natural and man-made features (hills, rivers, roads, buildings). • Tools: Total station, GPS, drones (for DEM/DTM). • Use: Creating topographic maps, watershed management, urban planning.
• Definition: Deals with land ownership, boundaries, and property rights. • Tools: GPS, Total Station. • Use: Land registration, property dispute resolution, taxation.
• Definition: Mapping underwater features of rivers, lakes, seas, and oceans. • Tools: Echo sounder, sonar, GPS, LiDAR bathymetry. • Use: Navigation charts, port development, flood modeling, offshore projects.
• Definition: Uses aerial photographs (from drones, planes, satellites) to create maps. • Tools: Drones, aerial cameras, satellite imagery. • Use: Land cover mapping, urban growth, environmental monitoring.
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