Inputs
Aerial images from drone-based aerial mapping.
Photogrammetry & orthophoto mapping
Orthomosaics and orthophoto maps
Aerial image processing for orthomosaic generation and orthophoto maps. The orthophoto is one of the map products that can be opened in the visualisation workspace with the elevation model.
An orthomosaic stitches the overlapping frames into a map-style image that can be measured in the GIS workspace.
What it helps you understand
The ground as an orthomosaic and as orthophoto maps
Aerial image processing produces an orthomosaic and orthophoto maps from the imagery captured over the site.
Workflow
Capture, processing, QA, delivery
- CaptureAerial image collection
- ProcessingOrthomosaic and orthophoto
- QAImage quality checks
- DeliveryMaps and cloud storage
The outcome is the orthophoto map, with the report kept in cloud storage.
Capture
Drone-based aerial mapping collects the aerial images. Drone capture is one survey method.
Processing
Aerial image processing, orthomosaic generation and orthophoto maps.
QA
Image quality verification during collection.
Delivery
Orthophoto maps, with report generation and cloud storage.
Deliverables
- Orthomosaic
- Orthophoto maps
Inputs and outputs
Outputs
An orthomosaic and orthophoto maps.
Orthomosaic
Industries
Geospatial & Remote Sensing
Orthophoto maps are part of land-parcel mapping, with DGPS surveys and drone-based aerial mapping.
Software
How this connects to the software
Geospatial Visualisation & Analytics
Cloud software that turns LiDAR, GIS and drone datasets into interactive dashboards, with 2D and 3D viewing in the browser.
Big Data Management
A cloud system for operational, GIS and infrastructure data, including data collected by drone survey.
FAQ
Frequently asked questions
An orthomosaic and orthophoto maps.
Drone-based aerial mapping. Drone capture is one survey method.
Request a Consultation. The enquiry goes to business@atrobot.in. You can also call +91-9319044881.
Other survey services
Spatial & AI Workflow Architecture
End-to-end multi-modal data pipeline
Every survey, LiDAR point cloud and inspection dataset flows through Atrobot’s georeferenced processing and validation architecture into cloud GIS.
Multi-Sensor Ingestion
Aerial RGB & Photogrammetry
High-overlap RTK/PPK nadiral and oblique imagery for centimetre-grade orthomosaics and 3D reality meshes.
Airborne LiDAR & Point Clouds
Multi-return LAS/LAZ point clouds penetrating vegetation for bare-earth DTM, DSM and structural clearance.
Radiometric Thermal & DGPS Control
Calibrated thermal arrays paired with DGPS base-rover GCP networks and subsurface GPR profiles.
Atrobot Spatial AI Core
01 · Photogrammetric & LiDAR Fusion GEOREFERENCED
Automated bundle adjustment, trajectory alignment, strip registration and radiometric calibration.
02 · Computer Vision & Defect AI AUTOMATED
Thermal hotspot classification, volumetric cut/fill meshes, haul-road grade checks and encroachment detection.
03 · Temporal Digital Twin Engine TIME-SERIES
Multi-epoch change detection, progress tracking against CAD/BIM design surfaces and audit-ready logs.
Cloud GIS & Enterprise Outputs
Interactive 2D / 3D Web Workspace
Browser-native streaming of orthophotos, point clouds, cross-sections and volumetric measurements.
CAD, BIM & GIS Deliverables
Ready-to-use GeoTIFF, LAS/LAZ, SHP, GeoJSON, DXF contours and DPR engineering packages.
Automated Alerts & O&M Reports
Geotagged fault registers, stockpile tonnage summaries and ERP/IoT API synchronization.
Next step
Request a Consultation
The enquiry goes to business@atrobot.in. You can also call +91-9319044881.