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As of October 1 2021, GeoSoftware has been acquired by Topicus and Vela Software. All business activities will continue without interruption.

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Optimize and Integrate Geoscience Workflows

Develop a better understanding of the subsurface, manage exploration and development risks, and more accurately quantify reserves with advanced geoscience technology. We provide the industry’s preferred set of tools and support for multi-disciplinary teamwork and integrated workflows.

Seismic Reservoir Characterization

Predict reservoir properties using the technique most suited to your setting and objectives.

Advanced Seismic Interpretation

Unlock the maximum potential from your reservoir assets with advanced seismic interpretation features.

Machine Learning Environment

Solve difficult petrophysical challenges by applying machine learning and deep learning techniques.

Rock Physics

Integrate petrophysical and geophysical properties to reduce uncertainty in rock property predictions.


Support your well planning efforts by quickly generating models from field and well data.

Velocity Modeling

Reduce project risk by reliably converting seismic time-based information to subsurface depth.

Software Training

Maximize the value of your investment with software training from basic functionality to highly integrated workflows.

Software Evaluation

Request a no-cost evaluation version of an application from the GeoSoftware portfolio. Most software offers a 30-day evaluation license period on approval.

Software Updates

See the latest features and enhancements for all GeoSoftware applications in one convenient location.

Software Support & Contacts

Visit our support portal to asses a variety of resources. Find software contacts in your region.

Resources & News

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Industry Article

Optimal transport full-waveform inversion: from theory to industrial applications with examples from the Sultanate of Oman

Dec 2, 2021

The optimal transport problem was formulated more than 200 years ago to calculate the optimal way of transporting piles of sand. Due to the interesting properties of its solutions with respect to shifts between the compared distributions, optimal transport has recently been adapted to full-waveform inversion to mitigate the cycle-skipping issue. Various formalisms have been proposed. Here we present an overview of these approaches, emphasizing more specifically the approach based on the bi-dimensional Kantorovich-Rubinstein norm, which has led to numerous successful full-waveform inversion applications. We illustrate these successes with two onshore case studies from the Sultanate of Oman.

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Careers at CGG

Whether you are a recent graduate or an experienced professional, find your next opportunity at CGG.

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Software Developer

Do you treat your code the way you want others’ code to treat you? If so, you are at the right place. We have exciting development work to do globally, including high-performance computing, imaging and reservoir algorithms, and our proprietary seismic imaging software.

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What would a geoscience company be without geoscientists? Join a diverse team of sedimentologists, stratigraphers, geochemists and structural geologists to tackle our clients’ exploration and environmental challenges from multi-disciplinary data sets.

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ML and AI Engineer

You’ll play a vital role in the continual development of our geoscience analytic techniques! Machine learning engineers possess a passion and aptitude for programming and enthusiasm for analytical and problem-solving challenges.

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