Product

GIS 3D

3D construction digital twin with geospatial data, overlayed plans, and AI construction progress analysis.

Construction Progress Digital Twin n

Combine BIM models, point cloud scans, and drone imagery on one 3D geospatial platform. GIS 3D gives you a living construction digital twin of your construction site for AI progress tracking, deviation detection, stakeholder communication, masterplan and progress overlay, and geospatial data overlay.

Main features

2D CAD, 3D BIM, Point Cloud, and 3D Reconstructed Model Rendering

AI Drone Image Analysis for Earthwork, Building, Piling Progress

As-Built vs. Planned Comparison

Multi-Layer Geospatial Overlay

Measure, Comment, and Track Progress Remotely

AQD Real Estate Company

AQD Real Estate Company — Enhancing Project Transparency and Efficiency Using WhiteHelmet Solutions

See WhiteHelmet in action as real-time intelligence turns complex projects into predictable, controllable delivery

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3D Drone Reality Capture

Use drones and AI to reconstruct a centimeter-level accuracy 3D model of your entire site. Measure remotely, compare captures across dates to track visual progress, and collaborate with colleagues without paper or drawings.

Multi-Layer Geospatial Overlay

Overlay BIMs, CADs, point clouds, schedules, and masterplans in one geospatial view. Pin locations with metadata, check construction status at an executive level, and anchor all project data to a single spatial source of truth.

AI Spatial Intelligence for Progress

AI fuses GIS, drone imagery, and time-series data to quantify earthwork volumes, calculate cut/fill, and track construction progress spatially over time — turning what used to take 5 people over 5 days into a single survey by one person in one day.

IoT Sensor Fusion

Connect gates, cameras, fleet sensors, and construction equipment to attain real-time situational awareness. AI detects anomalies and unsafe patterns from sensor and camera data, triggering spatially aware alerts and preventive actions.

As-Built vs. Planned Comparison

Compare the 3D as-built reality capture against the planned BIM model to identify deviations, quantify variances, and track construction change over time. If a twin can’t explain what changed, it’s just visualization.

GIS 3D is most useful for:

Decision Maker

Executive Site Overview

Get a comprehensive 3D view of the entire project without visiting the site — track progress, identify risks, and communicate status to stakeholders visually.

Survey Engineers and Project Controls

As-Built Verification

Compare laser scan point clouds against BIM models to verify construction accuracy, detect deviations early, and generate precise as-built documentation.

Construction Manager and Directors

Progress Monitoring

Monitor construction progress in 3D with AI-analyzed drone imagery — see what is built, what is behind schedule, and where resources need to be reallocated.

"GIS 3D turned our weekly progress review from a guessing game with subcontractors into a data-driven conversation and approval process. This tool revolutionized our progress monitoring insights and planning decisions."

Project Controls Director

Oxagon, NEOM

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Frequently asked questions

What internet speed is required?

A stable 4G/LTE or Wi-Fi connection is sufficient for live video streaming. The platform adapts video quality to available bandwidth.

What equipment is needed for live streaming?

Any 360 camera-equipped device can stream live video. No special hardware is required beyond a stable internet connection.

What analytics are available?

The dashboard tracks incident frequency, severity trends, response times, resolution rates, and corrective action completion — with drill-down capability by zone, type, and time period.

How many participants can join a session?

Multiple stakeholders can join a single session simultaneously from different locations, enabling group site tours and collaborative decision-making.

Can I compare as-built against planned?

Yes. Overlay point cloud scans or drone imagery against BIM models to visualize progress. The system highlights variances and quantifies differences.

How does the AI drone analysis work?

Upload drone images or orthomosaics, and the AI automatically detects construction progress, calculates earthwork volumes, and identifies site conditions — no manual processing required.