Use the right tool for the right task. Access a portfolio of seismic inversion functions designed to solve specific problems with specific input requirements. Use machine learning and geostatistical tools to deeply integrate disciplines and solve complex multi-variate challenges.
Make robust predictions of fluid distributions, rock properties, and subsurface architecture from seismic data by leveraging knowledge from well-based rock physics analyses. Analyze, explore, and quantify data uncertainty and geological uncertainty.
Accurately predict subsurface properties using engineering, geological, and geophysical data. Better understand production and injection effects via calibrated models and integrating algorithms. Easily visualize your results in RokDoc to support drilling and data acquisition decisions.
Increase revenue by understanding subsurface subtleties and avoiding hazards. Leverage well data understanding to validate and calibrate seismic models. Geostatistical, trend, facies, and lithology-based methods are utilized in RokDoc to predict properties, rank prospects, and assess potential risks to deliver accurate 1D, 2D, 3D and 4D models.
Rank, quantify, and document geological probability of success using Ji-Fi and multi-realization analysis functions. RokDoc provides stochastic and multi-scenario calculators and inversion tools to fully explore possible geological scenarios. Meet deadlines and manage time constraints with critical functions deployed across cloud, cluster, HPC and standalone workstations.
Live-workflow driven data conditioning and inversion technology to ensure data are optimized for quantitative interpretation and best possible results are found efficiently.
Cutting-edge seismic reservoir characterization integrated with best-in-class Rock Physics, addresses shortcomings in conventional workflows and integrates multi-domain geological knowledge.
Explore multi-scenario, data uncertainties in the seismic characterization workflow to validate any number of geological scenarios and understand probability of success.
Best-in-class rock physics, geopressure and geomechanical tools to deliver exceptional reservoir characterization.
Automate rock physics model calibration and data trending. Quickly capture, aggregate, condition and analyze large volumes of data using innovative classification, regression and multi-mineral petrophysics machine learning algorithms in the RokDoc workflow.
Model impacts of production on 4D seismic response across multiple geological zones in a single unified petro-elastic model.
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