Precision drone surveying, geospatial analytics and AI-powered asset intelligence.
Partners and clients
01
DGPS surveys and drone-based aerial mapping produce orthophoto maps, elevation models and point clouds. The left side of the comparison is an illustrative digital surface model. The right side is the raw aerial. It is not a client flight.
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02
Automated grid flights with RGB and radiometric thermal sensors classify hotspots, diode faults, soiling and offline strings across utility-scale solar plants—pinning every fault by block, row and module ID alongside full DGPS and aerial survey deliverables.
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03
Pit and stockpile surveys measure volume, slope and area, with bench height, cross-section profiles and measurements along haul roads. The left side of the comparison is an illustrative volumetric mesh. The right side is the raw photograph. Labels on the mesh name the stockpile, the crest and the toe line. No quantity is printed on the image.
Repeat flights support change detection on the pit, the stockpiles and the haul roads. The record can be opened in the visualisation workspace.
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04
Linear survey and mapping with RGB and LiDAR produces ring route maps and POP surveys. GPR survey, monitoring and feature identification sit in the visualisation workspace. The markers are illustrative inspection points, not a named site.
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05
Road-construction monitoring, DPR preparation, bridge and building analysis, and BIM modelling. Encroachment review and asset records sit with the corridor maps. The left side of the comparison is an illustrative corridor view. The right side is a site photograph. It is not a client flight.
ViewDeliverables
These are the records named for the survey work: orthophoto maps, elevation models, point clouds and the measurements taken from them.
A finished package can also carry digitized land records, a corridor or mine measurement set, and a report held in cloud storage. The pictures below are product views and illustrations, not named client results.
Platforms
The visualisation workspace turns LiDAR, GIS and drone datasets into interactive 2D and 3D dashboards. Big Data Management holds operational, GIS and infrastructure records in one secure cloud system. Surveillance and Monitoring turns drone and fixed-camera feeds into alerts and a control-room view.
Turns heavy LiDAR, GIS and drone datasets into interactive dashboards for 2D and 3D viewing, including orthophoto viewing and a point cloud.
Brings operational, drone, GIS and infrastructure datasets into one secure, cloud-native system with distributed storage.
Turns CCTV, drone and industrial camera feeds into a monitoring view with detection and alerts.
From Raw Data to Real-World Impact
Atrobot transforms complex aerial and geospatial data into actionable intelligence that helps organizations understand assets, identify changes and make informed decisions.
01 / OBSERVE
Drone imagery, LiDAR, sensors and ground observations.
AERIAL DATA ACQUISITION
02 / UNDERSTAND
AI/ML processing, feature extraction and geospatial analysis.
AI-POWERED ANALYSIS
03 / DECIDE
Validated geospatial outputs, visualization and analytics.
SPATIAL INTELLIGENCE
04 / IMPROVE
Track changes, identify emerging risks and support continuous improvement.
CONTINUOUS MONITORING
How the work moves
Four steps, from the flight to the stored record.
Flight planning and approvals, aerial image and video capture, and a check of image quality.
Feature extraction, orthomosaic and 3D map generation, and DSM and DTM contour mapping.
Dynamic GIS layers, live and historical spatial data, and a monitoring dashboard.
Annotation, change detection, and secure cloud storage of the survey record.
Next step
The enquiry goes to business@atrobot.in. You can also call +91-9319044881.
