Shorten the interpretation lifecycle on seismic volumes of any size.
talk to an expertFault extraction from seismic data that leverages advanced seismic attributes and machine learning workflows to provide fast and accurate data-driven interpretation results from regional to reservoir scale.
A proprietary fault extraction algorithm that automatically detects and interprets seismic discontinuities for high quality data-driven fault interpretation.
Webinar
In this webinar, we first look at how traditional physics-based fault imaging algorithms have evolved, and how cloud technologies are accelerating those changes to deliver not only higher quality images but also insights into interpretation uncertainties. We also look at the limitations of these approaches & how experienced geoscientists can exceed automated approaches in areas such as noisy data.
Watch nowA data-driven approach hosted on cloud computing infrastructure, permits interpretation of geological faults from seismic faster than ever before.
Helps to enhance decision-making by focusing Workflow automation leaves more time on to testing different scenarios for uncertainty analysis, improving the subsurface model and optimizing well placement.
Enables you to link and run advanced geophysical algorithms and post-stack attributes on Terabytes of 3D seismic data.
