Company / Insights
InsightsField notes from beneath the surface.
Thinking on AI-driven geophysics — how we sense the ground, model it, interpret it, and turn uncertainty into decisions.
The dawn of AI-driven geophysical exploration
For a century we have understood the subsurface through sparse, expensive boreholes. Artificial intelligence is about to change…
How non-invasive magnetometer sensing works
The earth is faintly magnetic, and what lies beneath it disturbs that field in readable ways. Here is…
Digital twins for the subsurface
A digital twin of a jet engine is now routine. A digital twin of the ground beneath a…
Reducing geological risk in tunnel projects
Tunnels fail budgets more reliably than almost any other infrastructure, and the culprit is nearly always the same:…
AI interpretation of electromagnetic data
Electromagnetic surveys are rich, noisy and notoriously hard to read. Machine learning is changing what is recoverable from…
The economics of one-third-cost exploration
Cutting the cost of subsurface understanding by two-thirds does not just save money. It changes which projects are…
Machine learning for anomaly detection in seismic data
Seismic datasets are enormous, and the features that matter are rare. That is precisely the shape of problem…
Subsurface imaging for mining safety and tailings
Tailings dam failures are among the most destructive industrial disasters on earth, and the most preventable. The warning…
Underwater exploration and acoustic sensing
Water hides the ground twice — once beneath the waves and again beneath the seabed. Reading both is…
Geophysics for groundwater management
Aquifers are vast, invisible and finite, and most are managed with alarmingly little data. Non-invasive imaging offers a…
Precision agriculture via subsurface soil mapping
A field looks uniform from the gate. Beneath the surface it is anything but, and that variation decides…
Space geophysics: reading planets and asteroids
The same physics that images a tunnel route on earth can map water ice on the Moon or…
Best practices in 3D subsurface visualisation
A subsurface model only creates value when the person making the decision can read it. Good visualisation is…
From acquisition to decision: the AORVIS workflow
A geophysical survey creates value only at the very end, when it changes a decision. Everything before that…
Quick clay and landslide hazard assessment
Some ground is stable until the instant it is not. Quick clay can turn from solid to liquid…
Utility mapping and infrastructure monitoring
Beneath every city lies a tangle of pipes, cables and ducts, much of it poorly recorded. Striking the…
Probabilistic models for risk-informed engineering
A single best-guess model of the ground invites false confidence. Engineering decisions deserve to know not just what…
Sensor calibration in harsh environments
A measurement is only as trustworthy as the instrument that made it, and the field is hostile to…
The sustainability case for non-invasive methods
Understanding the ground has traditionally meant disturbing it. Non-invasive geophysics offers knowledge without the wound, and the environmental…
The future of Earth intelligence
We have mapped the surface of the planet in extraordinary detail. The next frontier is not further out,…