COUNTERWATCHPROTECTION
Mapping drone surveying a construction site marked for photogrammetry

CounterWatch 3D

3D Modeling and Photogrammetry

Repeatable aerial capture transformed into measurable site records, detailed 3D models and clear spatial context for documentation, planning and reconstruction.

CounterWatch 3D

What This Solution Does

CounterWatch 3D converts coordinated aerial imagery into useful spatial records. Systematic, overlapping photographs can be processed into orthomosaics, point clouds, surface models and textured 3D representations that preserve more context than video and isolated photographs alone.

What It Supports

Baseline site documentation, recurring construction progress, condition comparison, stockpile and earthwork analysis, facility planning, incident scene reconstruction and forensic visualization.

Decision-Driven Deliverables

Outputs are defined around the decision the customer needs to make, not around a single software format.

Comparable Over Time

For recurring programs, consistent flight plans and control methods create comparable records.

Capabilities

What This Solution Includes

Orthomosaic mapping

High-resolution aerial images are combined into a corrected overhead view for site-wide documentation, annotation and comparison.

Point clouds and 3D models

Dense spatial data and textured models provide navigable context for structures, terrain, equipment and surrounding conditions.

Construction documentation

Recurring capture records changing site conditions, visible progress, staging and as-built context across the project lifecycle.

Scene reconstruction

Coordinated aerial and ground imagery can preserve spatial relationships for later incident review and reconstruction.

Forensic visualization

Clear 2D and 3D visualizations can support qualified analysts, investigators, insurers and legal teams in explaining complex site conditions.

Measurement and volume analysis

Appropriately controlled models can support relative distance, area, elevation and stockpile volume analysis within defined accuracy limits.

Surveying drone capturing overlapping imagery while building a 3D point-cloud model of an industrial site

Delivery

How It Is Deployed

Every program follows a defined sequence so the work is predictable, documented and repeatable across sites.

Define the purpose

Identify the area, decisions, deliverables, required detail, coordinate system, accuracy expectations and repeat-capture needs.

Plan the capture

Design compliant flight paths, image overlap, viewpoints, control methods and ground coordination for the intended output.

Capture and validate

Conduct or coordinate the aerial mission, document field conditions and check imagery for complete, consistent coverage.

Process and deliver

Build and quality-check the agreed outputs, then organize files and visualizations for the customer's planning, review or specialist workflow.

Where It Fits

Environments This Serves

  • Construction and capital projects
  • Industrial and commercial facilities
  • Mining, aggregates and stockpiles
  • Crime, incident and accident/loss scenes
  • Large or difficult-to-document properties
  • Teams needing recurring spatial records

Outcomes

What Changes

  • A clear visual record of site conditions
  • Repeatable comparison across capture dates
  • Measurable spatial context for planning and review
  • More effective analysis & communication of complex scenes

Accuracy depends on aircraft, camera, flight geometry, control, processing and site conditions. Unless specifically performed under the responsible direction of a licensed professional, CounterWatch 3D deliverables are for analysis, documentation, visualization and planning support. Aviation, privacy, site-access and evidence-handling requirements are defined for each engagement.

Drone and field team documenting an industrial incident scene for reconstruction

Define the Deliverable

Turn a Site or Scene Into Spatial Context

Tell us what needs to be documented, measured, compared or reconstructed so we can define the right capture and output.