GIS Surveying & Mapping
Efficiently & accurately map thousands of square kilometers using drones
Efficiently & accurately map thousands of square kilometers using drones
Create high-resolution maps, digital surface and terrain models to understand topography and land use patterns.
Simplify and accelerate construction site selection, design, and progress monitoring with the help of AI-based insights.
Ensure effective planning and management of watershed at scale with the help of drone data.
Delivering use-case specific insights from aerial mapping data.
50+ trained pilots for operations at scale.
#1 drone service provider with coverage of largest land area in India.
A complete solution with hardware, software, workflow management, training & support.
Scale up your land surveying capabilities with Asteria’s range of survey-grade drones that can capture up to 5 sq. km in a single flight, without compromising on accuracy. Our integrated high-resolution cameras can achieve a ground sampling distance of <3 cm/pixel from a flight altitude of 120 meters.
Leverage the power of hyperscale in Asteria’s cloud GIS data processing platform to stitch hundreds of sq. km of drone survey data, all through your browser, without having to purchase any high-performance workstations.
With SkyDeck, accessing high-volume GIS data is simply a click away. Load and visualize high-resolution maps in under a few seconds without the need for expensive GIS tools. Run analytics and generate reports to share with your collaborators and customers.
10-20x
reduction in time & cost
Up to 60%
increase in collaboration
<24 hours
from data collection to processing
Don't have a drone? Leverage our End-to-End DaaS Solutions
Access full-service drone capabilities on demand, without the need for investing in hardware, software, or analytics.
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A GIS mapping survey is a method of collecting, analyzing, and visualizing spatial data to create detailed maps for land planning, infrastructure development, and environmental studies. It integrates geographic information with real-world coordinates, enabling precise decision-making in various industries, including agriculture, construction, and urban planning.
GIS surveying enhances traditional surveying by integrating geospatial data with real-time mapping. It helps in land boundary assessments, infrastructure planning, and environmental monitoring. Using advanced tools like drone GIS mapping, surveyors can quickly capture high-resolution imagery, improving accuracy and reducing time spent on fieldwork.
While GIS surveying involves collecting geospatial data with advanced tools, traditional surveying focuses on precise measurements of land boundaries. Mapping, on the other hand, is the process of visualizing geographic information. GIS mapping surveys combine all three, enabling spatial analysis, 3D modeling, and real-time data integration.
GIS mapping enhances data precision, making GIS land survey applications more accurate and reliable. It optimizes land use and resource management, enabling better decision-making. With drone GIS mapping, fieldwork becomes faster and more cost-efficient. GIS integrates multiple datasets for deeper insights and scales seamlessly to projects of any size.
Unlike static paper maps, GIS mapping is dynamic and interactive, allowing real-time updates and precise spatial analysis. It enables layering of multiple datasets, automated calculations, and seamless integration with technologies like drones, GPS, and satellite imagery, making GIS land survey projects more efficient and data-driven.
GIS mapping involves collecting geospatial data using GPS, satellite imagery, and drone GIS mapping technology. This data is processed in GIS software, where it is analyzed, categorized, and visualized in various formats like 2D maps and 3D models. The final outputs support decision-making in land use, construction, and environmental management.
