Jason from CGG, optimizes field development, reservoir management, and well planning using advanced seismic inversion and reservoir characterization technology. Intuitive seismic reservoir characterization workflows yield timely answers for critical decisions. With a commitment to precision and innovation, Jason offers solutions that address the intricacies of reservoir challenges, empowering informed decision-making for successful exploration and production endeavors.

PaleoScan™ 2025.0 now takes another leap forward, integrating even more cutting-edge technology into its ecosystem, giving you access to independently and co-developed AI-assisted tools and other new features all within the RGT environment.

Tesseral 2D allows assigning different seismic acquisition geometries, numerical model building of complex seismic sections and modeling propagation of seismic waves in heterogeneous medium for the scalar, acoustic, elastic and elastic anisotropic wave equations. Algorithms use fast and accurate computational scheme based on the finite difference method, which allows effective modeling of arbitrarily complex geological medium, including the combination of solid and liquid state bodies.

Tesseral Pro version 5.2.2 from Tesseral Technologies Inc. develops commercial software packages for highly accurate wave field modeling. Based on a digital model of a complex solid body, the supplementing blocks provide various modeling solutions for seismic survey planning, processing and interpretation. Our software is suitable for all kinds of geological-geophysical workflows ranging from academic research up to exploration geophysics. It also can be used as a learning tool, for preparing presentations, and for estimation on geophysical projects.

InterWell, the geophysical solution from Beicip-Franlab, The leading-edge software with comprehensive workflows, to conduct end-to-end geophysical studies, from defining your Rocks physics model, running QC and seismic data conditioning, seismic inversion, to subsurface characterization, and depth conversion.

GPSeismic® is a suite of survey, mapping and data management applications. It has a wide range of both graphical, numeric and SQL based controller upload point selection methods and direct raw data file processing capabilities. Support for numerous survey systems with provision for import of data from any ASCII or binary file with known structure.

It is critical that accurate decisions are made at the start of the survey design process. Reliable and robust tools are needed to analyze the imaging objectives of a seismic project. MESA software addresses those needs for both onshore and offshore scenarios by streamlining the survey design and planning workflows. MESA 17 was developed in collaboration with key customers to meet the most challenging requirements of modern, large-scale seismic surveys.

VSProwess is seismic processing software designed for the special requirements of borehole seismic data acquisition (i.e. Vertical Seismic Profile (VSP) and related methods).

Optimize your field development, reservoir management and well planning using seismic inversion and reservoir characterization technology from the Jason® 2024 software suite. Advanced seismic reservoir characterization workflows within Jason yield timely answers for critical decisions. Produce a clear view of difficult reservoirs, Define the best drilling and fracturing programs in unconventional shale gas and oil reservoirs, Locate and produce thin reservoirs more effectively, Unravel tuning and AVO effects to map the true geological character of complex reservoirs.

Reduce the risks and costs associated with exploration and production with world-class advanced geophysical interpretation and analysis from our HampsonRussell 2024 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. Experience powerful speed improvements for your processing projects with multi-node processing, Get the flexibility to design and code any process with the Python ecosystem while taking advantage of the HampsonRussell project structure and data access, Quickly import and use shapefiles, Work with your AWS and Microsoft Azure cloud data.

Magma is a modular transcription and data manipulation package meeting a wide range of data input, output, reformat, and quality control (QC) requirements. It is an industry standard front end for data analysis and processing.

It is critical that accurate decisions are made at the start of the survey design process. Reliable and robust tools are needed to analyze the imaging objectives of a seismic project. MESA software addresses those needs for both onshore and offshore scenarios by streamlining the survey design and planning workflows. MESA 17 was developed in collaboration with key customers to meet the most challenging requirements of modern, large-scale seismic surveys.