10x faster seismic interpretation workflow powered by AI

10x faster seismic interpretation workflow powered by AI

10x faster seismic interpretation workflow powered by AI

Integrated Workflow from Seismic to Geologic Models

Strata-grid framework for stratigraphic visualization and quantitative analysis


Multi-Scale Modeling And Reservoir Characterization

We offer geoscience software products that solve major challenges in reservoir characterization and modeling, allowing you to make better decisions in exploration and production

Geomodeling’s software is used by leading E&P companies worldwide

Geomodeling Products

Next generation of seismic interpretation system powered by
Artificial Intelligence (AI) algorithms

  • Interactive training process
  • Driven by geophysicist’s interpretation, instead of synthetic training data
  • Seamless integration with the conventional interpretation workflow by converting existing fault and horizon interpretation to training labels
  • Extreamely easy to use, designed by seismic interperters for seismic interpreters,  no requirement for machine learning knowledge or Python coding
  • A quantum leap productivity and interpretation accuracy

Integrated Geological Interpretations of Well Data and Seismic Attributes

  • Truely integration of well data and seismic interpretation processes.
  • One system for the basic interpretation and advanced analysis workflows. 
  • Complete machine learning solution to well data and seismic attributes. 
  • Unique solutions to map sweet spots for optimal well placements in unconventional plays.
  • Advanced visualization and interactive attribute analysis and quantitative interpretation.
  • 10x productivity increase from the legacy system

Build Realistic Reservoir
Models based on Geological Interpretation

  • Utilizes sedimentological rules to produce realist geologic models
  • Generate high resolution reservoir models with stratigraphic details that honour geology
  • Can incorporate data produced by seismic attribute analysis and small scale bedding modeling

A discruptive solution to Bridge gaps from core to field models

  • Model small-scale sedimentary bedding, fractures, and bioturbation structure as observed in core data
  • Flow-based upscaling  from core data scale to field scale 
  • Conditioned to core interpretation, grain size and measurements , and well logs
  • Accurate petrophysics at the right scales to reduce risks in reserve estimate and production planning

Our Satisfied Clients

Hear from Us

News, Updates & Webinars

Find the latest collections of articles, academic research and case studies on InterpretationAI, SBED™, AttributeStudio™, and ReservoirStudio™.