Government & Enterprise Technology, Engineering and Geospatial Solutions Partner +91 79996 91157 info@agmatechnosolutions.com

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DRONE SURVEYING | GIS MAPPING | GEOSPATIAL INTELLIGENCE

From aerial data to actionable ground intelligence.

AGMA Techno Solutions delivers drone-based surveying, high-resolution aerial mapping, GIS analysis, terrain modelling and 3D reconstruction for infrastructure, mining, industrial and government projects.

From site mapping and stockpile volume estimation to corridor surveys and geospatial asset mapping, we turn aerial imagery and survey data into practical outputs for planning, monitoring, measurement and decision-making.

Request a Survey Proposal Explore Our Deliverables

Drone Data Acquisition · RGB, Thermal & LiDAR Capabilities · GIS & Remote Sensing · 2D & 3D Mapping

AI-generated representative image: oblique drone view of an Indian residential neighbourhood

AI-GENERATED · RAW AERIAL

AI-generated representative image: orthomosaic with digitised building footprints and road lines

AI-GENERATED · PROCESSED OUTPUT

WHO WE ARE

Precision mapping for complex projects.

AGMA Techno Solutions is a technology and geospatial solutions company providing drone surveying, GIS mapping, remote sensing, spatial data processing and digital visualization services.

Our work brings together aerial data acquisition, geospatial processing, terrain analysis and GIS expertise to help clients understand their sites, assess physical assets, measure quantities and plan infrastructure with better visibility of ground conditions.

Each project combines site-specific flight planning, appropriate ground control and positioning, data quality checks, professional processing, and deliverables that fit the client's engineering and GIS workflows.

We have worked across government, infrastructure, mining, industrial and public-sector assignments. Every engagement is scoped to the area, terrain, required accuracy, regulatory permissions and intended use.

Aerial Data Acquisition

Drone imagery and survey data collected to site requirements and planned coverage.

Geospatial Accuracy

Ground control points, GNSS/GPS and suitable survey-control methods where the project requires them.

2D & 3D Mapping

Orthomosaics, elevation models, contours, point clouds, 3D meshes and GIS-ready layers.

Volume & Terrain Analysis

Site measurements, stockpile calculations, terrain interpretation and elevation statistics.

Multi-sector Applications

Mining, roads, railways, power, industrial estates, land development and urban planning.

OUR DRONE SURVEYING SERVICES

Drone surveying built around your project requirements.

Every site needs something different. We define the acquisition and processing approach around the size of the area, the level of detail required, the physical character of the site, and the decisions the data has to support.

AI-generated representative image: top-down orthomosaic of a small town

AI-GENERATED · ORTHOMOSAIC

High-resolution aerial survey & orthomosaic mapping

Overlapping aerial images processed into georeferenced, map-aligned orthomosaics that show the surveyed area in detail.

APPLICATIONS

Land parcels, project sites, industrial estates and campuses
Road and railway corridors, infrastructure alignments
Mining leases, quarries and stockyards
Construction progress, land-use interpretation and GIS digitisation

TYPICAL OUTPUTS

Georeferenced orthomosaicGeoTIFFJPG / PNGBoundary & feature layersKML / KMZWeb map

Accuracy depends on image quality, flight planning, ground sampling distance, ground control, processing and independent checks. Survey-grade accuracy is confirmed per project, not assumed.

AI-generated representative image: colour-tinted elevation model of an open-pit mine with contours

AI-GENERATED · ELEVATION MODEL

Digital terrain models & elevation analysis

Terrain and surface information generated from suitable drone data and processing workflows.

PRODUCTS

DSMDTMDEMContoursElevation profilesSlope analysisCross-sections

USED FOR

Earthwork planning, drainage assessment, site grading, road alignment, agricultural terrain and construction planning.

A DSM shows the visible surface, including buildings and trees. A DTM aims to show bare earth, and vegetation, structures and ground classification affect how reliable it is.

AI-generated representative image: 3D model of an opencast mine with benches and haul roads

AI-GENERATED · 3D MINE MODEL

3D reconstruction & point cloud processing

Overlapping imagery and suitable survey datasets converted into three-dimensional models of the surveyed environment.

OUTPUTS

Dense point cloudTextured 3D meshOBJPLYFBXCAD / GIS formats

USED FOR

Site visualisation, asset documentation, mining analysis, construction monitoring, industrial facilities and terrain interpretation.

AI-generated representative image: stockpile yard with stockpile boundaries outlined for volume measurement

AI-GENERATED · STOCKPILE BOUNDARIES

Mining, quarry & stockpile volumetric surveys

Mapping and volume analysis for mines, crushers, quarries, stockpiles and material yards.

Stockpile delineation and polygon-based volume calculation
Quarry and crusher-site mapping, surface and elevation analysis
Material-wise assessment: coarse aggregate (gitti), crusher dust, uncrushed rock and boulders, as identified by the client or site evidence
Comparison between survey dates on consistent reference surfaces

DELIVERABLES

Site orthomosaicStockpile polygonsVolume summaryMethodology noteSurvey report

Volume accuracy depends on the base surface, pile boundaries, ground visibility, point-cloud quality and method. Visual material classification is indicative unless independently verified.

AI-generated representative image: drone view along a four-lane highway through farmland

AI-GENERATED · HIGHWAY CORRIDOR

Infrastructure & corridor mapping

A consistent spatial view of linear infrastructure and large project corridors and their surroundings.

APPLICATIONS

HighwaysRailwaysTransmission corridorsPipelines & utilitiesDrainage & waterDevelopment corridors

DELIVERABLES

Corridor orthomosaics, alignment and asset layers
Terrain profiles, cross-sections and GIS feature extraction
Location-tagged visual records and site condition documentation
Change comparison when repeat surveys are commissioned

Methodology is adapted to corridor width and length, terrain, obstacles, permissions, resolution and the client's inspection criteria.

AI-generated representative image: transmission line towers crossing farmland

AI-GENERATED · TRANSMISSION CORRIDOR

Transmission line & power infrastructure surveys

Aerial data collection, corridor visualisation and inspection-oriented documentation for power-sector projects.

Tower and corridor mapping, GIS inventory of towers and assets
Right-of-way and vegetation assessment
Access roads and surrounding terrain
Location-based records of visible conditions such as vegetation encroachment, apparent structural damage or visible insulator abnormalities
Thermal and specialised inspection where suitable payloads, permissions and qualified personnel are available

Drone imagery cannot confirm every electrical, structural or internal defect. Findings are reported as observations for engineering verification.

AI-generated representative image: orthophoto with plot boundaries outlined as GIS polygons

AI-GENERATED · PLOT LAYER

Land, industrial estate & asset mapping

Structured GIS layers built from aerial imagery, existing CAD drawings, survey records and field-verified information. Existing DWG drawings and plot schedules can be aligned with current imagery.

FEATURES

Plot boundariesRoads & accessDrainageBuildingsCCTV & utilitiesIndustrial unitsEncroachment indicatorsAsset inventory

Boundaries and assets are checked against source data and ground evidence. Aerial imagery does not replace cadastral records or a legal boundary demarcation survey.

AI-generated representative image: aerial image with colour-coded land-use classes

AI-GENERATED · LAND-USE CLASSES

Agriculture, land use & environmental assessment

Aerial mapping and terrain data to understand spatial differences across agricultural and land-development sites.

Land-use and land-cover interpretation
Crop-condition zoning from suitable imagery
Elevation, slope, drainage and low-lying areas
Vegetation cover and visibly bare or sparse areas
Comparison between survey dates; vegetation indices where multispectral sensors are used

RGB imagery alone is not a definitive measure of crop health, soil fertility or moisture. Those need suitable data, field validation and a defined method.

AI-generated representative image: stacked transparent GIS map layers above an aerial photo

AI-GENERATED · STACKED GIS LAYERS

GIS feature extraction & spatial analysis

Aerial and reference data turned into structured GIS information for mapping systems, engineering analysis and asset databases.

Digitising roads, buildings, plots, drainage and visible features
Spatial database and attribute tables, with validation
Land-use, terrain, buffer, proximity and overlay analysis
Web mapping and dashboard integration where commissioned

FORMATS

SHPGeoPackageGeoJSONKML / KMZCADDesktop & web GIS formats

AI-generated representative image: drone view of a toll plaza under construction

AI-GENERATED · SITE MONITORING

Construction progress & site monitoring

Repeat aerial capture and comparable visuals for periodic monitoring.

Progress documentationEarthwork & excavationSite developmentStockpile updatesRoad progressBefore / after

Multi-date comparisons use consistent boundaries, coordinate reference systems, processing and measurement definitions.

AI-generated representative image: wide aerial view of a city edge with apartment towers and a lake

AI-GENERATED · AERIAL VISUAL

Drone visualisation & 360-degree documentation

Visual records for project documentation, site communication, stakeholder presentations and virtual viewing.

Aerial videoLocation-tagged photos360° documentationPresentation visuals

GOOD TO KNOW

DSM or DTM: which one do you need?

A surface model is right for visualising what is on the site today. A terrain model is right for earthwork, drainage and grading, because it removes buildings and vegetation to estimate the ground underneath. We'll recommend the right product during scoping.

SURVEY METHODS & DATA SOURCES

Data capture matched to the purpose of the survey.

Methods, sensors and ground control are selected for each project according to the area, terrain, required accuracy and intended use. Not every method applies to every project.

RGB imaging

High-resolution photographs for orthomosaics, 3D models and visual inspection.

Thermal imaging

Heat-pattern capture for inspection of panels, equipment and structures.

LiDAR

Laser scanning for terrain under vegetation, corridors and dense point clouds.

DGPS / GNSS control

Ground control and check points to tie outputs to the required coordinate system.

Bathymetric survey

Underwater depth mapping for reservoirs, ponds and water bodies.

Remote sensing

Satellite and multi-temporal imagery for large-area and change analysis.

Spatial analytics

GIS analysis, classification, measurement and map products for decisions.

DELIVERABLES

Outputs that drop into your workflow.

Formats and coordinate reference systems are agreed at the start, so the data opens directly in your GIS, CAD or engineering software.

Deliverable	What it is	Common formats
Orthomosaic	Georeferenced, map-aligned aerial image	GeoTIFF, JPG, PNG, KMZ
Elevation models	DSM, DTM, DEM, contours, profiles	GeoTIFF, DXF, SHP
3D models	Dense point cloud, textured mesh	LAS/LAZ, PLY, OBJ, FBX
GIS layers	Points, lines, polygons with attributes	SHP, GeoPackage, GeoJSON, KML
Volume report	Stockpile polygons, volume table, method note	PDF, XLSX, SHP
Visual records	Aerial video, tagged photos, 360° views	MP4, JPG, web viewer

HOW A SURVEY RUNS

Scoped first, flown second, checked before delivery.

Scope & accuracy

Area, purpose, required resolution, accuracy and output formats agreed.

Permissions & planning

Flight permissions as required, flight plan, sensor choice and ground control layout.

Field acquisition

Ground control survey and drone flights, with on-site coverage checks.

Processing & QC

Photogrammetry or LiDAR processing, accuracy checks against control.

Analysis & delivery

GIS layers, measurements and report in the agreed formats, with a handover walkthrough.

WHO WE WORK WITH

Built for public and industrial clients.

Government departments

Land records, planning, water resources

PSUs & utilities

Power, transmission, pipelines

Infrastructure companies

Highways, railways, construction

Mining & quarry operators

Leases, crushers, stockyards

Industrial estates

Plots, utilities, asset inventories

Engineering consultants

Base data for design and DPRs

Have a site that needs mapping?

Share the location, approximate area and what you need to measure or decide. We'll return a scope, method and deliverable list.

Request a Survey Proposal Call +91 79996 91157