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Measurement-driven AI for groundwater intelligence

Find groundwater before you drill.Manage it before it fails.

G-WaterLink turns proprietary subsurface measurements into AI-powered groundwater decisions, helping teams prioritize drilling targets, reduce dry-well risk and manage aquifers with defensible evidence.

Built for utilities, agriculture, industry and public agencies managing groundwater risk.

See how it works
400+ projects15k+ field tests350+ wells supported15y proprietary geophysical data
Satellite
Wells
SEMq-1
Geology
Climate
GIS
The problem

Groundwater programs still carry avoidable uncertainty.

A failed well means lost CAPEX, delayed operations and weaker water security.

High-risk drilling

Improve site selection before committing capital to a new well.

Limited subsurface visibility

Assess depth, continuity, saturation and vulnerability using measured subsurface signals.

Reactive management

Plan earlier for stress, drought, overextraction and operational risk.

The solution

From measured signals to practical decisions.

  • Measured SEMq-1 field signals.
  • Wells, climate, satellite and geology in one model context.
  • AI models trained and improved with 15 years of proprietary geophysical field data.
  • Proprietary training layerBuilt on G-Strata's proprietary geophysical database accumulated over 15 years of field experience.
  • MeasureCapture non-invasive physical signals from the subsurface with SEMq-1 technology.
  • ModelEstimate aquifer depth, thickness, saturation, continuity and risk.
  • DecideUse maps, dashboards and reports for technical, executive and field teams.
How it works

From field signal to drilling target.

A focused workflow for pilots, exploration campaigns and basin-scale programs.

  1. 1

    Scan

    Run non-invasive SEMq-1 surveys without drilling.

  2. 2

    Connect

    Fuse wells, climate, satellite, geology and historical data.

  3. 3

    Model

    Generate explainable hydrogeological intelligence with field-informed models.

  4. 4

    Prioritize

    Rank targets, risks, maps and recommended next actions.

Field-to-platform model

One system. Three layers.

Field hardware

SEMq-1 non-invasive sensing.

AI platform

G-WaterLink models, maps and dashboards.

Expert service

G-Strata deployment, interpretation and program design.

Differentiation

Why G-WaterLink is different.

Not satellite-only

Combines remote context with measured subsurface signals.

Not simulation-only

AI models are trained and improved with 15 years of proprietary geophysical field data.

Not a static report

Outputs support repeatable decisions and basin-scale programs.

Not hardware alone

SEMq-1 feeds a software intelligence layer and expert deployment model.

Use cases

Built for teams that depend on groundwater.

Exploration and drilling

Reduce uncertainty before investing in new wells.

Aquifer management

Monitor stress, vulnerability and recharge-extraction balance.

Planning and investment

Support decisions for utilities, agriculture, industry, infrastructure and public agencies.

Validation

Trained by the field. Validated by real projects.

Chile has served as G-Strata's extreme natural laboratory for validating groundwater intelligence across complex geological and climate conditions.

15+years of field experience
400+projects executed
15k+tests and validations
350+wells supported
Have a site, basin or drilling campaign to evaluate?Share the context and G-Strata can define a practical demo or pilot path.
Contact us
Contact

Get in touch with us.

Tell us the project area, decision you need to make and your timeline. We will respond with a focused path to evaluate your requirement.

contacto@g-strata.com