01Map it

Digital Data Capture

Accuracy you can build on.

Talk to a data capture specialist

High-accuracy LiDAR, photogrammetry and 3D spatial data for telecom and critical infrastructure, ready for engineering, permitting, construction and asset management.

Scope
Mobile LiDAR, drone LiDAR and photogrammetry
Equipment
Our own LiDAR and photogrammetry platforms
Processing
In-house, from capture through delivery
Delivered as
Survey-grade, engineering-ready datasets

Watch it scan

From the road to the deliverable.

Two laser heads sweep a highway interchange as the truck drives every loop. Every dot is one laser return, placed where it hit. Beside it, the same points become the map: poles, wires and road edges, pulled out and measured.

Explore a point cloud

It looks like a photo. It's measured points.

This is the whole interchange the truck above is scanning. Spin it, tilt it, zoom in. Every surface is a point with a position, ready to measure.

Colorized point cloud of a highway cloverleaf interchange: four loop ramps, a bridge over the highway, utility poles and wires, trees and buildings, seen from above at an angle

Loading the 3D view…

Illustrative scene: one full lap of the interchange above, as the two laser heads recorded it.

What we do

Turnkey data capture, engineering-ready.

Our rigs capture the corridor at highway speed: roadway, utilities, structures and terrain, in 3D. AI-assisted feature extraction and our own specialists turn it into data your engineers can design from, without another trip to the field.

  • Mobile LiDAR scanning (vehicle-mounted)
  • Drone LiDAR scanning for aerial coverage
  • Drone and ground-based photogrammetry
  • High-resolution imagery collection
  • Point cloud classification and cleaning
  • AI-assisted feature extraction
  • 3D model generation and digital twins
  • GIS integration and deliverable packaging

Delivered as

  • Topographic surfaces
  • Structure models
  • Clearance measurements
  • Route mapping
  • As-built documentation
TrueNet DDC crew setting up the scanner rig on the survey truck
Hand holding a drone controller with a live capture screen beside the survey truck

One long-haul route, by the numbers

  • 450+Miles of a Texas long-haul fiber route captured
  • 10Days in the field to capture it
  • 20+ TBOf LiDAR and imagery from that one route

Our equipment

Owned platforms, from the road to the air.

  • TrueNet LiDAR survey pickup parked beneath a highway overpass in warm light

    LiDAR survey truck

    Our mobile LiDAR rig on a full-size pickup.

  • Drone view looking down on the TrueNet mobile mapping SUV and its roof-mounted scanner rig

    Mobile mapping SUV

    The same mobile LiDAR rig on an SUV.

On both vehicles

  • 72 MP 360° camera
  • Dual laser head
  • GNSS receiver
  • DMI wheel encoder

…and from the air

Drone capture

Drone LiDAR and photogrammetry for aerial coverage.

Where we've mapped

Corridors captured, mile by measured mile.

Miles of mobile LiDAR
2,020+
States
15

Captured in: Arizona · Arkansas · Florida · Georgia · Indiana · Iowa · Louisiana · Mississippi · Nevada · New Mexico · Ohio · Texas · Virginia · West Virginia · Wisconsin

Map of the lower 48 states with 2,020+ miles of captured corridors drawn in green across Arizona, Arkansas, Florida, Georgia, Indiana, Iowa, Louisiana, Mississippi, Nevada, New Mexico, Ohio, Texas, Virginia, West Virginia, Wisconsin.

Have a corridor to capture?Tell us where

In the field

Our data capture team, on the job.

TrueNet DDC crew gathered at the back of the survey truck

Why TrueNet data capture

Control of the data, from capture to delivery.

We operate our own LiDAR and photogrammetry platforms and do all processing in-house, so data quality stays in our hands from the first pass to the final file.

Our safety-first approach reduces field exposure, and the high-density datasets we deliver integrate with your team's workflows.

Problems we solve

Fewer trips back to the field.

For fiber operators and engineering firms, and anyone who needs to know exactly what's along a corridor: electric utilities, transportation agencies, municipal planners, right-of-way and vegetation management teams.

  1. 01

    Incomplete or unreliable field data

  2. 02

    Repeat site visits that delay programs

  3. 03

    Safety risks of traditional fielding

  4. 04

    Field collection holding up design and permits

  5. 05

    Engineering and construction out of step

Facing one of these now? Tell us about the project

Let's capture it right the first time.

Next: your contact details. It goes to our Digital Data Capture team.

Talk to a data capture specialist Next on the route · 02Design it: Engineering