Surveyor using total station on highway in India with drone in sky
Advanced Surveying

Ground Truth.
Precisely Established.

Centimetre-accurate DGPS, drone UAV, and USV bathymetric surveys for infrastructure corridors, water bodies, and AEC projects across India.

±5mm

DGPS Accuracy

Dual-Frequency GNSS

100km

Corridor / Day

UAV Photogrammetry

DGCA

Certified Pilots

Drone Rules 2021

What We Do

Core Capabilities

01

DGPS & Geodetic Control Networks

Establishing permanent, high-precision geodetic control networks using dual-frequency GNSS and Total Stations over hundreds of kilometres for highways, pipelines, and rail corridors.

Dual-Frequency GNSSNetwork ControlIRC StandardsTraverse
02

UAV Topographical & Corridor Mapping

Rapid, area-wide terrain capture for infrastructure corridors and mining sites. Delivering centimetre-accurate orthomosaics, DTM/DSM, and contour maps governed by strict geodetic control.

UAV PhotogrammetryDrone LiDAROrthomosaicsVolumetrics
03

USV Bathymetric Surveys

Unmanned Surface Vehicle (USV) deployments for water body mapping, reservoir surveys, and river cross-section data. Safe, efficient data collection for bridge design, dam hydrology, and JJM water schemes.

Bathymetric SurveyReservoir MappingBridge HydrologyUSV Deployment
04

Precise Levelling & RTK Staking

High-order differential levelling for critical water and bridge infrastructure. RTK rover deployment for rapid topographic detail capture, construction staking, and as-built verification.

RTK StakingDifferential LevellingTopographic DetailAs-Built Verification
What You Receive

Project Deliverables

DGPS Control Network Report & Digital Submission
Drone Orthomosaic (GeoTIFF, 5cm GSD)
Digital Elevation Model — DTM & DSM
UAV LiDAR Point Cloud (.LAS)
USV Bathymetric Survey Dataset
Topographic Survey CAD (DWG / DXF)
Contour Map Series (1m / 0.5m intervals)
Volumetric Cut & Fill Report
Common Questions

Technical FAQ

Ready to survey your project area?

Share your project brief. We respond within 24 hours.

Initialize Project