Industry-leading rock physics, 2D modeling, and well-to-seismic tie solutions deliver easy-to-use solutions for both generalist and expert quantitative interpretation practitioners. Seamlessly combine core, log, and seismic data into predictive models that can be used to characterize the seismic response in both conventional and unconventional settings, reducing interpretation cycle times and enhancing the accuracy and robustness of subsurface interpretations. Rapid model construction and assessment deliver a better-than-ever understanding of subsurface uncertainty.

Combine 3D and 4D seismic data with powerful rock physics-enabled geostatistical and data-driven modeling workflows to determine the spatial and temporal rock and fluid distributions from exploration to production settings. Incorporate and validate multiple geocellular models from external sources to develop and optimize engineering models for production forecasting and simulation. Operate in time and depth simultaneously and perform probabilistic descriptions of the subsurface using powerful post-processing tools and workflows for the effective communication of risk.

Analyze direct and indirect (mudweights) pressure measurements to establish the subsurface pressure distribution and geological bases to develop overpressure through geological time. Assess drilling data, image logs, and lab data; perform dynamic and static measurement calibration to determine stress regimes; and interpret historical drilling and production performance. Combine geopressure and geomechanical models with 3D elastic properties to understand risk and estimate and forecast drilling and production performance at undrilled leads and prospects across the drilling portfolio.