The foundation of subsurfaceAI, support multi-scale subsurface data from core plug, seismic and production

Integrated visualization for all subsurface data interpretation, integration, and modeling

Interactive calculation and data analysis for well logs and prediction with ML

AI-assisted lithofacies classification and petrophysical property prediction

Interactive correlation of stratigraphic boundary and facies from well logs

Predict well formation properties with ML and geostatistical workflows

Model heterogeneity at lamia scale to reconcile the difference between core plugs, well logs, and static reservoir model

Full workflow solution from well tie to domain conversion for both 2-D and 3-D seismic interpretation

Volume interpretation of seismic data in 3-D

AI assisted workflow solution for both 2-D and 3-D seismic interpretation

Interactive calculation and enhancement of more than 100 seismic attributes

Tools you need for qualitative and quantitative analysis of seismic attributes for reservoir characterization

Estimate probability, cross-correlation and variogram for multiple properties on horizons, interval, strata-grid, core, well logs, reservoir models

Build RPT based on elastic models to quantitively interpret pre-stack inversion and facies classification

Integrate subsurface data from cores, well logs, seismic attributes, completion and production data into maps or 3-D models for informed decisions

Integrate any spatial data in the subsurface with robust geostatistical toolbox: variogram modeling, collocated kriging, conditional co-simulation

Data-driven forecasting of well production and sweet spot mapping through ML workflows.

3-D and 4-D visualization and prediction with AI and ML to optimize hydraulic fracking and thermal production

Workflow to solutions to build static reservoir model during seismic interpretation

Turn conceptual models of geology into digital models and reservoir properties to optimize reservoir performance forecasting

Augment your interpretation with rule-based geologic models and synthetic seismic volumes for more accurate AI models