LMKR GVERSE™
LMKR GVERSE consists of geoscience and engineering solutions focused on workflow optimization and enhancing productivity of teams working on diverse geological and geophysical projects. These applications help cut the processing time required for interpretations resulting in fast, easy to use scalable tools that are inter-operable with other known geoscience software suites; enabling a connected multi skilled workforce.
GVERSE™ Attributes
The multi-paned viewing environment, unmatched by any software in the industry, 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.
GVERSE™ Planner
GVERSE Planner enables integrated well planning giving user the control to plan multiple wells simultaneously. With GVERSE Planner you can quickly visualize geological surfaces, create surveys and make changes to existing plans by adding target points on the go with the ability to export well plans for drilling.
Seamlessly integrate well, seismic and maps to increase efficiency in an integrated interpretation environment with GVERSE Connect. Leveraging strengths of two leading E&P Technologies, GVERSE Connect enables fast database to database exchange for efficient and optimized reservoir characterization, with a choice to use right tool for the right job.
GVERSE™ WebSteering
The only web browser based Geosteering application in the E&P industry that allows you to plan or adjust your well trajectory through instantaneous information or in an offline mode. GVERSE WebSteering is a complimentary tool for GeoGraphix users who can sync their interpretations on-the-fly with their GeoGraphix projects and update their target surface in smartSTRAT.
GVERSE Predict3D is 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. This enables you to understand the reservoir effectively and reduces risks associated with well planning and field development.