We survey your site with a fused thermal and spatial rig, and hand back a measured record — every temperature with a position, a distance and a date.
We capture a radiometric field, not a false-colour picture. Each pixel holds an absolute reading you can threshold, log and compare against the last survey.
Stereo depth resolves the geometry the thermal field was measured against, so a hotspot comes back as a coordinate on your asset rather than a smudge in a report.
Inertial tracking keeps the field registered while our operator walks the site. Come back next quarter and the same surface lines up with the last visit.
Thermal alone tells you something is hot. Thermal in space tells you which bearing, on which line, and whether it moved since we were last there.
We walk substations, steam lines and process plant, and hand back a measured record: which joint ran hot, by how much, and exactly where it sits on the asset.
We survey the environments your stack has to handle, and deliver fused thermal and spatial data you can validate perception against instead of collecting it yourself.
We sweep terrain alongside your team and mark every thermal anomaly against real ground coordinates, so a search crew can walk straight to it.
Every survey ends the same way: measured artifacts that drop into the tools your team already uses.
The site as measured geometry, with an absolute temperature carried on every point. Open it, slice it, and query a surface rather than eyeballing a screenshot.
The same field flattened against your site coordinates, so a reading has a location your existing drawings already agree with.
Every thermal outlier we found, ordered by severity, each one tied to its position on the asset — a worklist, not a gallery of pictures.
Surveys of the same site register to each other, so the question stops being "is this hot" and becomes "is this hotter than it was".
Send us the site and what you are trying to find. We will scope the survey, quote it, and bring the rig to you.