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.

Even though the world of oil and gas has become more complex, your software does not have to be. S&P Global Kingdom™ 2024 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.

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.

NORSAR Software Suite 2023.2 is a new major release featuring new functionalities, improvements, and bug fixes. Highlights of the release are a new 3D Point Spread Function workflow, MDesign export functions, a 2D lateral property gradients function and a new dark user interface style. Through constant interaction with our software and services clients, we aim to continue to deliver the best, most efficient modelling tools available, following the extraordinary advances we see in the industry.

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.

OMNI 3D 2023 seismic survey design software helps you create optimal 2D and 3D designs for land, marine, ocean-bottom cable (OBC), transition zone, vertical seismic profile (VSP), and multicomponent surveys. Advanced analysis modules in the software enable you to examine geometry effects, analyze geometry artifacts, generate synthetics, and build and ray trace 2D and 3D geological models.

The advanced seismic reservoir characterization workflows within the Jason® yield timely answers for critical decisions. Clients can optimize field development, reservoir management and well planning using advanced technology in seismic inversion and reservoir characterization. Jason software is based on proprietary industry-leading algorithms for deterministic and geostatistical inversion and facies identification. With its integrated velocity calibration tools, reservoir characterization results are delivered in depth and match the well information. At every stage, uncertainty is estimated and incorporated into the reservoir characterization analysis.

The SPW - Parallel Seismic Processing software is an interactive seismic processing system. SPW is parallelized for use on multi-core processors with threads on either Windows 7 or Windows 10. SPW can be configured for standalone use on workstations, desktop PC's or laptops and may also be installed as a client-server configuration for large scale processing needs on high end server PCs.

Hampson Russell’s user-friendly Well Tie tool plays a crucial role in reservoir characterization workflows. To ensure the accuracy of the seismic-synthetic well tie process, we now offer extended Quality Controls (QCs). The upgrades make it easy for users to interpret seismic-synthetic match and residuals, while also simplifying the evaluation of velocity changes resulting from edits to the time-depth relationship (“stretch/squeezes”). These new QCs allow for quick and straightforward review of the well to seismic correlation.

EMpower Data Processing and Management Software, Interactive, fast, and ready for large surveys and massive datasets, EMpower desktop software brings geophysicists and field operators everything they need to configure receivers, then manage, process, edit and export their data.vAvailable for Windows, macOS and Linux, EMpower works where you want to, from field laptops to big desktop screens. Built from the ground up for speed, EMpower multitasking, automation, and multi-core support brings the power of your whole computer to your work.

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.