Spotscale
See how it works Get in touch

From a folder of inspection photos to

one condition record.

The whole concrete surface, captured. Cracks down to 0.2 mm measured and recorded by your own experts. Next inspection, you compare against that record instead of starting over.

See how it works

Or tell us the structure, and we will tell you what a full-surface record could show on it and what capturing one takes. Get in touch

  • Full-surface coverage
  • Identify cracks down to 0.2 mm
  • Digital records, comparable over time

The whole asset and a single 0.2 mm crack, in the same browser window.

The same crack at the later inspection
A crack at the first inspection
Finding04 CoordinateX 128.42 · Y 6.19 · Z 214.65 m
2026 2030
2026 · as inspected 0.2 mm max crack width
Change +0.3 mm
2030 · same coordinate 0.5 mm max crack width

Compare against last cycle

Findings carry stable identifiers, so the next inspection starts from the record rather than from memory and loose photographs.

The Spotscale viewer: a dam surface with findings marked, beside a list of findings and their measurements

Your experts, working from evidence

Every finding is there for your own inspectors and engineers to review, measure and annotate. What they conclude stays available to the rest of the organisation, and stands as the record the next inspection starts from.

Decide where the effort goes

See where the damage actually is across the whole structure, then send people to the places that need them.

A concrete gravity dam and its spillway from the air
The whole dam, from the air
A section of the dam face with three findings marked on it
The section that needs attention
Two rope-access technicians working at a marked finding on the dam face
Where the effort goes

Who it is for

Asset owners, engineering consultants and inspection experts.

One record serves all three. The owner commissions the inspection, the consultant specifies and reviews it, the inspection team captures and annotates it. Nobody ends up working from a different set of photographs.

Where it is used today

Dams and spillways · Bridges · Chimneys · Tunnels

Europe and North America.

Proven in the field

Storfinnforsen, Sweden's largest concrete dam.

Uniper needed oversight of the largest monoliths on a buttress dam. Spotscale delivered a high-resolution textured 3D model built from drone imagery, with no scaffolding erected in the field.

“With every observation digitally anchored, we can return to the exact same coordinate in the future to monitor how a crack develops.”

Lars Johnsson, Dam Safety Engineer, Uniper

How it works

Three steps, then it is on record.

STEP 1

Capture

High-resolution imagery of the concrete surface, including drone-based capture where that is the right tool. It reaches surfaces that rope access and scaffolding struggle with, without shutting down traffic or production for long.

STEP 2

Process

The imagery is reconstructed on the platform and Redetect AI™ identifies damage as 3D vectorized findings, each carrying its own identifier so it stays traceable.

STEP 3

Analyse

Your experts visualise, measure, annotate, report and collaborate in the browser, then compare against earlier inspections.

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