Geotechnical intelligence platform
The subsurface,
revealed.
Every borehole ever drilled near your site already exists — buried in old reports. We turn those reports into live data, and use AI to read the ground between the holes.
The pipeline
Every old report becomes a live point on the map.
An autonomous AI agent reads any digital file — PDF, scan, Excel or image — and places the borehole directly on the map. No re-typing. No intermediate forms.
From the field
Digitized end to end.
From the field to the cloud.
Crews already photograph core boxes with their own phones and send them the way they always have. Dig AI picks those photos up, works out which borehole and depth they belong to, and hands the engineer a draft log to confirm.
Incoming / unassigned
Core box photo
Auto-matchedCORE BOX / FIELD PHOTOThey already do this
The crew photographs the core box on their own phone and sends it however they always have. Nothing new to learn on site.
It finds its own place
Photos arrive from message threads, camera rolls or email and are matched to the right project, borehole and depth on their own.
AI drafts. The engineer confirms.
AI turns the images into editable depth intervals and soil descriptions. An engineer reviews the draft before the record joins the map.
| Depth | Soil | SPT N |
|---|---|---|
| 0.0 – 0.6 m | Fill | — |
| 0.6 – 2.3 m | Silty sand (SM) | 36, 9 |
| 2.3 – 8.5 m | Fat clay (CH) | 13, 15, 17, 20, 12, 10 |
The planetary vision
Research horizonGoogle Earth
for the subsurface.
We mapped the surface. Now imagine knowing what lies beneath it — anywhere on Earth.
Illustrative evidence
Inferred subsurface
Planet
A continuous model of the world below.
Not just the next plot. Our vision is a planetary subsurface model — where evidence, predicted layers and uncertainty live together.
A vision, not a live global prediction. Geological layers are conceptual; local predictions remain evidence-based and require engineering validation.