GeoGraphix 2017.3

NEW GeoGraphix & GVERSE 2017.3 comes with extensive updates focused on increasing your productivity with the most advanced field planning, geophysics, geomodeling, and geology software providing tools to accomplish tasks accurately within an integrated database and interactive 3D environment.

This new release includes the following updates:

GeoGraphix for Geology

Create well plans, geosteer multiple horizontal wells, and incorporate an ever broadening suite of data into a comprehensive and up-to-date interpretation and geomodel with the capabilities of an award winning WDMS, ESRI based map building, and State of the art 3D visualization.


Better analyze petrophysical behavior between wells with the upgraded PRIZM. The new Saved Work Sessions allow you to save the state of opened Log Presentations, Cross Plots, and, Reports. The single well export option gives you the ability to export and import the default curves and their aliases list, and a list of other technical upgrades ensures powerful, multi-well, petrophysical analysis and mapping of crossplots.


The latest enhancements enable display of formation tops on straightened images, added support for data imports.

Release 2017.3 Feature Review

GeoGraphix® 2017.3 Release Overview

GVERSE Field Planner offers powerful, quick & easy field planning capabilities that result in time and cost reductions, allowing field planners to create, save, analyze and manage multiple field plan scenarios to determine optimal hydrocarbon production.

GVERSE Geomodeling 2017.3 supports numerous types of data sources for comprehensive understanding of the petroleum system. The integrated solution combines geological, geophysical, petrophysical, and engineering data in a single environment, with real-time 3D visualization of the developing geomodel that helps interpret the results from different domains of geosciences and formulate optimized and cost-effective solutions. Offering better usability and user experience, GVERSE Geomodeling 2017.3 provides a host of upgrades including microseismic display, better docking support, named faults, etc.

An intuitive and easy-to-use seismic interpretation system, GVERSE Geophysics provides powerful seismic interpretation for your play. With feature enhancements, GVERSE Geophysics 2017.3 enables geoscientists to execute end-to-end workflows for basic interpretation and more advanced geophysical workflows. Now you can create cross sections with a single click, quickly pick horizons with auto pick algorithm, and much more.

GVERSE Planner allows multiple well planning to easily visualize geologic surfaces, quickly create surveys and geoprognosis reports, and just as easily make changes to existing well plans. Create full field plans based on surface and subsurface hazards, leasehold, and geometric constraints with GVERSE Planner 2017.3.

A multi-paned viewing environment, along with streamlined workflows and high resolution 3D seismic attributes help boost performance. The value of seismic data for seamless interpretation is maximized by fast, on the fly real-time visualization of seismic attributes which allows for in-depth attribute analysis with immediate feedback.

A multi-attribute inversion solution, based on spectral decomposition and state-of-the-art optimization techniques, to predict rock properties away from wells using well logs and seismic data.

GVERSE Geomodeling 2017.3 offers better usability and user experience with a host of upgrades including fault aliasing in 3D, microseismic display and animation, 3D cursor tracking, optimize geomodel, etc. The latest GVERSE Geophysics 2017.3 enables tighter integration, enhanced interpretation capabilities, increased visualization functionality, improved efficiency and usability, and much more.

Also part of the release is GVERSE Field planner which optimizes field development by reducing time and cost for optimal hydrocarbon production. There are also feature enhancements in GVERSE Planner - a fully integrated well planning system, GVERSE Attributes - on the fly high-resolution seismic attributes in 3D, and GVERSE Predict 3D - a multi-attribute inversion solution.