Tesseral Pro is designed for calculating seismic synthetic gathers using finite-difference wave equation approximations, such as acoustic, elastic, anisotropic, visco-elastic and 2D ray-tracing (approximation by eikonal equation). In the Tesseral Pro, the depth velocity models can be built from well data, geological surface maps or 2D/3D grids. Also Tesseral Pro allows building a 3D observation system and performing 3D Ray tracing.

VISTA 2023 desktop seismic data processing software provides data processing from early acquisition QC to final processing and interpretation of 2D and 3D seismic data acquired on land, offshore, or vertical seismic profile (VSP) in all industry and manufacturer data formats. With VISTA software, you can easily navigate workflows, and seamlessly evaluate datasets using numerous interactive and interlinked displays. You can also add in your own algorithms through a C++, Python, or MATLAB SDK interface. The software supports advanced processing capabilities, including AVO and AVA analysis, multicomponent processing, and complete 2D and 3D VSP QC and processing.

PaleoScan™ 2023 is a new generation of 3D seismic interpretation software that allows geoscientists build a geological model while interpreting seismic volumes. With this new release, Eliis continues to innovate seismic interpretation with more tools to interpret larger seismic data sets with added speed and precision, in particular for the 2D workflow. Bluware FAST™ was also incorporated as adaptive streaming technology into PaleoScan™ to enable the ability to store 3D seismic data in VDS format in the OSDU™ Data Platform and stream it from the cloud. Finally, a strong effort is done to improve user’s experience while working with 2D seismic data in the application.

Even though the world of oil and gas has become more complex, your software does not have to be. S&P Global ingdom™ 2023 integrates geoscience, geophysics and engineering into a single, easy-to-use software solution, enabling asset teams to make confident and faster decisions from exploration to completion. Our solutions are simplified, giving you access to advanced geoscience/scientific tools that are affordable, easy to learn and install and come with excellent support and training. Optimized for unconventional, conventional and deep water plays, Kingdom helps you assess the potential of regional geologic trends or discover where assets are underperforming, all within a singular, cost effective and easy to learn environment.

Beicip-Franlab, The major InterWell 2023 release brings a lot of new functionalities to enrich the software and unlock new features and applications to make your workflows more efficient and extend their applications. The survey migrator is of course always available and updates directly your former or current studies to immediately enjoy the new version.

RokDoc is the result of more than 20 years of innovative research and industry experience. RokDoc offers a seamless interface incorporating everything from data quality control to modeling and prediction, integrating multidisciplinary workflows for Quantitative Interpretation, Pore Pressure, and Geomechanics.

Oasis Montaj 2022.2 software platform (Geosoft) provides a standard for working with geophysical, geochemical, geological and GIS data. For more than 30 years, the platform has been constantly updated with new features that help professionals around the world store, exchange, process and visualize data sets for various exploration and prospecting projects. Powerful modeling, processing and visualization tools allow you to easily manage, visualize and analyze the entire volume of geological, geochemical, and geophysical information from a single database and share it with specialists involved in the implementation of the project in a form convenient to them.

Why Choose HampsonRussell? HRS 13.0 Reduce the risks and costs associated with exploration and production with world-class advanced geophysical interpretation and analysis from our HampsonRussell software. This comprehensive suite of reservoir characterization tools integrates well logs, seismic data and geophysical processes into an easily navigated, intuitive package for fast results. Known for its ease of use, HampsonRussell makes sophisticated geophysical techniques accessible.

Tesseral Pro is a professional software which extends Tesseral 2D for enterprise level application. It proposes additional tools such as 3D survey planning, 3D modeling and elementary 3D processing intended to interactive analysis of deposit exploration operations using geological/geophysical database.

At XtremeGeo we understand the importance of correct geometry and a reliable model of the near surface for seismic data imaging. Our intuitive software tools help you easily identify errors and analyze difficult data to correct near-subsurface distortions. Participants learn the pitfalls of near-surface effects on seismic imaging, and how to analyze and model the refractors to make reliable corrections. Advanced training includes certification.

Paradigm™ 22 offers new and enhanced functionalities that improve usability, productivity, automation, performance and collaboration in all E&P software domains, from seismic processing and imaging to reservoir modeling. The result is more efficient workflows, accurate results that reduce uncertainty, and cost savings across our customers’ entire organization. This release marks an additional step towards full workflow integration. With classification and volume visualization workflows now available in Integrated Canvas, our users enjoy a comprehensive, one-stop shop for all their interpretation work.  

HampsonRussell software products have been providing innovative geophysical solutions since 1987, in comprehensive and easy-to-use packages. The newest version, HampsonRussell 12.0, launches a new product, GeoAI, which encompasses a novel methodology for seismic reservoir characterization with limited well control. Use rock physics theory and statistical simulations to model various geological situations. Train convolutional neural networks on the simulated synthetic data and transfer learning to real seismic. Estimate multiple reservoir property volumes in a simplified machine learning approach.