Experience elastically scalable cloud-native technology that helps enables you to shorten the interpretation lifecycle on seismic volumes of any size.
By delivering timely and comprehensive understanding of subsurface faulting, the solution can allows you to focus more on testing different scenarios to minimize uncertainty on subsurface models and ultimately reduce cost of operations.
Automate the generation of high-quality, data-driven fault interpretations using a proprietary fault extraction algorithm that automatically detect and interpret all discontinuities in a seismic volume.
Shorten your interpretation lifecycle with a data-driven approach hosted on cloud computing infrastructure, allowing interpretation of geological faults from seismic faster than ever before.
Helps to enhance decision-making by focusing more time on testing different scenarios for uncertainty analysis, improving the subsurface model and optimizing well placement.
Experience a powerful automated solution for fault extraction from seismic data that leverages advanced seismic attributes and machine learning workflows. Hosted on a cloud computing infrastructure, this solution can assist your exploration and production activities, providing fast and accurate data-driven interpretation results from regional scale to reservoir scale.
Accurate Automated Extractions
Precisely extract intersecting faults by innovative point-cloud extraction that distinguishes between nearby fault samples both vertically and laterally.
Accelerated Interpretations
Leverage advanced fault attributes including Likelihood and Machine Learning Probability via integration with Seismic Engine to analyze seismic data and extract geologically meaningful fault information.
Manage Risk & Uncertainty
Analyze multiple scenarios and various processing methods efficiently to evaluate the uncertainty associated with the fault interpretation process.
Transform network of multiple interconnected faults into two or more geological plausible fault planes, improving the accuracy and efficiency of the interpretation and modeling process.
Execute automated fault interpretation workflows from small 3D surveys (GBs) to mega-merged 3D surveys (TBs) without reducing fidelity or subdividing the data.
Gain a thorough understanding of the faulting in the subsurface for selecting safe well locations or evaluating how fault-related uncertainty might impact reserves.
Integrates with workflow orchestration tools for automating scenario analyses utilizing multiple input stacks in combination with varying parameters.
Interactive Data Viewer enables you to effectively analyze not only input seismic and amplitude histograms but also your results including fault samples, planes, and segments.
Experience enhanced integration with OSDU™ data platform with the ability to support seismic data in OpenVDS™ format.
