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Aspen SeisEarth®

All-in-one collection of best-in-class functionalities and workflows for seismic data analysis and interpretation, now augmented by 4D data management and visualization.

The Only Interpretation Product Seamlessly Interoperable with Processing and Imaging, Geological Modeling and Formation Evaluation Solutions

Unique Technology for Advanced Seismic Interpretation

Fast and scalable AI workflows enable users to quickly and accurately interpret seismic volumes while reducing uncertainty in complex stratigraphy and structural reservoir settings.

Enhanced Productivity and Efficiency

Direct connection to Aspen Epos® allows multiple users to work simultaneously on the same project. All data is shared in real-time across the platform with no need for data sharing or data duplication.

Enable Seamless Data Connectivity

Empower E&P workflows with efficient data management in Aspen Epos and bi-directional large volumes of seismic data exchange with third-party applications using ApenTech Subsurface Connector™ for the OSDU® Data Platform.

Accelerate Data-Driven Decision Making

A comprehensive, integrated solution for regional-to-prospect scale high-resolution seismic visualization and interpretation, taking full advantage of high-speed graphics, large memory and fast connectivity.
Webinar: Applying AI to Accelerate Fast Stochastic Inversion Workflow: A Permian Basin Case Study

Identify fluid boundaries and complex stratigraphic geo-bodies while reducing reservoir uncertainty:

  • Fast: High-speed process compared to classical stochastic inversion methods
  • Reliable: Ability to solve complex stratigraphy with very low uncertainty
  • Easy: Accessible for both experts and non-experts

 

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Brochure: Fast and accurate seismic interpretation, from regional to reservoir with Aspen SeisEarth

Aspen SeisEarth is a one-stop shop for interpreters. This integrated solution suite provides fast, multi-survey structural and stratigraphic interpretation and visualization from regional to reservoir, enabling multiple users to collaborate in a single shared environment.

 

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