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GeoDeep Studios

Every discipline, working on the same earth.

Studios bring professional applications for geophysics, geology, reservoir engineering, drilling and production onto one shared data model, so a change made in one place is visible everywhere it matters.

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Three families of studios

From planning the survey to running a digital twin of the field.

01

Geophysics

8

  • Survey Design

    Acquisition geometry, fold, offset and azimuth coverage, with cost and time estimates.

  • Field QC

    Acquisition QC in real time, sensor status and GNSS coordinate checks.

  • Seismic Processing Studio

    Noise and multiple attenuation, statics, deconvolution, stacking and migration.

  • Velocity and Imaging

    Velocity picking, tomography, FWI, RTM and depth imaging.

  • Interpretation Studio

    Horizons, faults, salt bodies, channels and geobodies in 2D and 3D.

  • Attribute Engine

    Classic, structural, stratigraphic and prestack attributes in a visual node builder.

  • AVO, AVA and Inversion

    Elastic properties, impedance and lithology from seismic.

  • 4D Seismic

    Reservoir changes over time, measured from repeated surveys.

02

Geology and petrophysics

8

  • Well Data Management

    LAS, DLIS, checkshots, VSP and markers, with automatic log QC.

  • Petrophysics Studio

    Shale volume, porosity, saturation, permeability and net pay.

  • Well Correlation

    Multiwell correlation panels, markers and synthetic seismograms.

  • Rock Physics

    Links between rock, fluid and seismic response, including fluid substitution.

  • Structural Modeling

    3D structural models from horizons and faults, checked by a geological rules engine.

  • Facies Modeling

    Facies and property distribution with kriging and stochastic simulation.

  • Geomechanics

    Pore pressure, fracture gradient, safe mud weight and wellbore stability.

  • Basin Modeling

    Burial history, thermal maturity, hydrocarbon generation, migration and charge.

03

Field development and production

5

  • Prospect Evaluation

    Closures, risk, volumes and economics as probability ranges.

  • Reservoir Simulation

    Dynamic models, history matching and production forecasts.

  • Well Planning and Geosteering

    Trajectory design, collision avoidance and steering in real time.

  • Production Intelligence

    Surveillance, forecasting, anomaly detection and optimization.

  • Field Digital Twin

    Static, dynamic and surface systems combined in one living model.

Interpretation Studio

Interpretation that remembers everything.

Horizons and faults are more than files that change. Every object keeps a unique ID, its author, the dataset version, how it was created, the AI model version, its confidence, a full edit history and its review status.

  • Inline, crossline, time and depth slices, and arbitrary lines
  • Seed point tracking with snapping that follows faults
  • Linked 2D and 3D views, with comparison side by side
  • Salt bodies, channels, geobodies and unconformities
  • Branches, version comparison and expert approval

Geological rules engine

Models that respect geology.

A rules engine checks every structural model before it moves on.

  1. 01 An older layer cannot sit above a younger one.
  2. 02 A horizon cut by a fault must show the matching displacement.
  3. 03 Surfaces cannot cross themselves, and zones cannot have negative thickness.
  4. 04 Pinchouts and unconformities are recorded explicitly.
  5. 05 Well markers must match the surfaces within tolerance.

From prospect to economics

From closure to economics, with honest ranges.

  1. Closures

    Spill point, structural relief, area and gross rock volume.

  2. Risk

    Source, migration, reservoir, seal, trap, timing and preservation.

  3. Volumes

    STOIIP, GIIP and recoverable volumes as P10, P50 and P90.

  4. Economics

    NPV, IRR, payback, breakeven and decision trees.

  5. Portfolio

    Prospects compared and ranked by the same rules.

Reservoir, drilling and production

From static model to living field.

Upscale, initialize and simulate, then match history with ensembles and proxy models. Connect wells, surface network and facilities in a digital twin that keeps the current state, forecasts and optimization scenarios apart.

  • Compatible with simulation decks in standard industry formats
  • Ensemble history matching and Bayesian optimization
  • Proxy models that screen many scenarios quickly
  • Selected results confirmed by simulation with full physics

Cases

Cases from this layer.

All cases

Pilot

Start with a pilot on your own data.

We set up a secure pilot environment for you and load one of your 3D surveys together with its wells. Your own experts then judge the results against the way you work today.

Request a pilot info@geodeep.ai