How It Works

Four ways in. One model of the truth.

Whatever captures your site or asset - an autonomous dock, a licensed pilot, a fixed camera, or a 360° walkthrough - it feeds the same processing pipeline and produces the same structured output.

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Capture Methods

Pick the method that fits the mission.

Most sites end up running two or three of these in parallel - a dock for routine coverage, a 360° pass for indoor or occluded areas, and a manned mission for the hard-to-reach spots.

DiAB - Autonomous Docking

Autonomous, scheduled capture with no pilot required on site.

Best for recurring perimeter or route-based coverage
Daily or weekly flight schedule, fixed route
Ideal for construction progress and large-perimeter assets

Manned Drone Missions

GACA Part 107-licensed FalconViz pilots for complex or confined capture.

Tank interiors, flare stacks, confined spaces
One-off or irregular-interval missions
Areas a fixed dock route can't safely or legally cover

360° Capture

Handheld, helmet-mounted, or anti-gravity drone-mounted 360° cameras.

Indoor, occluded, or GPS-denied areas a top-down flight can't see
Walkthrough documentation for MEP rooms, corridors, tank interiors
Worn by a site engineer or flown on a collision-tolerant drone

Fixed Cameras

Continuous, low-cost coverage for high-frequency monitoring.

Hourly or real-time visibility over 3D fidelity
Lowest-cost option for constant coverage
Common pairing with DiAB for full-site coverage

Processing Pipeline

From field to dashboard, traced in four steps.

Capture

DiAB, manned mission, 360° walkthrough, or fixed camera : raw imagery and sensor data collected in the field.

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Process

Vertical-specific AI detection models run against the capture for corrosion, hotspots and deviations.

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Structure

Output becomes a digital twin update, a checklist entry, or a flagged report.

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Integrate

Delivered through the inspect dashboard, an API, or exported into your existing systems.