Spotscale

Somewhere in your concrete structure there is a tiny crack that has grown 9% longer since last inspection. Without spatially indexed data across the full surface, tracking change is impossible. Spotscale Redetect AI™ assigns every detected defect a unique ID locked to precise 3D coordinates. When the next dataset is uploaded, changes are detected and quantified, providing the perfect foundation for structural analysis. The rate of change is what determines whether a repair is needed now or in two years. Delivered directly within standard inspection workflows.

Capturing the surface is only the first step. Spotscale Redetect AI™ turns the imagery into an ultra-resolution 3D reconstruction, then applies 0.2 mm AI damage detection to identify and vectorize cracks, spalling and exposed reinforcement. Every finding is georeferenced and given a unique ID, so damage can be tracked in exactly the same place from one inspection to the next. The result is a traceable digital record that helps engineers move from isolated observations to informed maintenance planning and, over time, predictive maintenance.

The writing on the wall is useful only if you can find it again, measure it the same way and know what changed. Traditional concrete inspections often leave evidence scattered across markings, photos and reports. Spotscale turns the entire surface into a digital, traceable record: cracks and other damage are identified, measured and positioned in 3D space, enabling multi-epoch spatial tracking across successive inspection cycles. A better baseline today means better maintenance decisions tomorrow.

A 40-metre crack on a post-tensioned beam and the same length on an unreinforced apron represent structurally unrelated findings. Length is a physical dimension of the defect, not an indicator of risk. What changes the assessment is the precise crack width, and how the damage pattern develops across the full surface over time. Spotscale Redetect AI™ resolves these surface variables across full concrete structures, with every defect georeferenced and tracked from one inspection to the next. Structural engineers receive the data their assessments require.

A 40-metre crack on a post-tensioned beam and the same length on an unreinforced apron represent structurally unrelated findings. Length is a physical dimension of the defect, not an indicator of risk. What changes the assessment is the precise crack width, and how the damage pattern develops across the full surface over time. Spotscale Redetect AI™ resolves these surface variables across full concrete structures, with every defect georeferenced and tracked across successive inspection cycles. Structural engineers receive the data their assessments require.

Concrete cracks are easy to document. Harder is knowing what they mean across an entire structure, and whether they are changing over time. Conventional inspections often rely on isolated measurements and photos, making comparison between inspection cycles difficult. Spotscale Redetect AI™ captures complete concrete surfaces at 0.2 mm resolution, georeferences each finding and makes it possible to quantify change over time — across bridges, chimneys, power plants and other large concrete structures.