Product Listings
DecisionSpace 365 is a software developed by Halliburton that provides cloud-based applications for the exploration and production industry. The software integrates workflows for subsurface and well construction activities, facilitating collaboration and data management across geoscience and engineering domains. DecisionSpace 365 offers tools for subsurface interpretation, drilling design, and production optimization, supporting data-driven decisions through visualization and analytics capabilities. The software addresses business challenges related to complex project coordination, reducing cycle times, and enhancing data quality throughout the asset lifecycle. It enables organizations to manage and analyze large volumes of technical data, improving resource utilization and operational efficiency.
Petrel E&P Software Platform is a software designed to facilitate geological and geophysical interpretation, reservoir modeling, and simulation workflows within the exploration and production sector. The software integrates data from multiple sources to support decision-making and collaboration across disciplines. It provides tools for seismic interpretation, well correlation, structural modeling, and property modeling, enabling users to analyze subsurface characteristics and optimize reservoir development plans. Petrel E&P Software Platform addresses challenges in data integration, uncertainty management, and project workflow efficiency, supporting asset evaluation and field development strategies.
CrossLog Suite is a software that provides tools for managing and analyzing well log data within the oil and gas industry. The software supports the integration, editing, and visualization of log datasets, enabling users to efficiently process and interpret subsurface geological information. It offers functionality for quality control, depth matching, and data normalization, assisting organizations in improving accuracy and consistency in their well log analysis workflows. CrossLog Suite addresses business challenges related to data integrity and collaboration among technical teams by facilitating streamlined access to centralized log data resources and optimizing interpretation processes for exploration and production projects.
DUG Insight is geoscience interpretation software designed for the analysis and visualization of seismic and well data. The software provides features such as 2D and 3D seismic interpretation, well log analysis, and volume attribute generation. It enables users to perform horizon and fault interpretation, handle large data sets, and integrate multiple data formats. DUG Insight supports workflows for seismic attribute extraction, time-depth conversion, and rock physics analysis. The software addresses challenges faced by geoscientists in exploring and characterizing subsurface reservoirs by streamlining data management, interpretation, and collaboration tasks within an integrated environment.
Field Development is a software offered by SeisWare that supports subsurface geological modeling and reservoir characterization. The software facilitates integration of seismic data, well data, and geological interpretations to build accurate reservoir models. It features tools for visualization, mapping, and analysis of subsurface formations, enabling geoscientists and engineers to optimize field development strategies. The software addresses the business need for informed decision-making in asset evaluation, planning, and management of oil and gas fields, supporting workflows that enhance resource recovery and operational efficiency.
GeoCarta is a software designed for data analysis within the geoscience domain. The software enables users to access, view, and interact with a range of geological and geophysical data, supporting exploration and decision-making processes. It provides functionalities for cataloging, visualization, and interpretation of spatial data related to land, resources, and geological features. GeoCarta assists in streamlining workflows by integrating disparate datasets and offering tools for efficient analysis and mapping. The software aims to address challenges related to data consolidation and interpretation, facilitating more informed geological assessments and project planning across sectors such as oil and gas, mining, and environmental studies.
Geophysics by SeisWare is a software designed to support geophysical interpretation and analysis within the oil and gas industry. The software offers features such as seismic interpretation, horizon mapping, attribute analysis, and well correlation, enabling users to visualize subsurface data and generate geological models. It supports multi-user collaboration, integrates with various data formats, and provides tools for managing seismic and well data efficiently. Geophysics software aims to assist geoscientists in identifying subsurface structures, improving reservoir understanding, and optimizing exploration and development activities through the interpretation of seismic and geological information.
GVERSE GeoGraphix is a software developed to support geoscientists and engineers in managing exploration and production workflows for oil and gas fields. The software integrates geological, geophysical, petrophysical, and engineering data within a unified platform, enabling users to interpret subsurface information, build detailed reservoir models, and analyze well and seismic data. GVERSE GeoGraphix provides tools for mapping, cross-section creation, log correlation, volumetrics, and field planning, focusing on streamlining decision-making processes and improving the accuracy of subsurface characterization. The software is used for optimizing asset evaluation, facilitating collaborative workflows, and addressing challenges in field development and reservoir management.
HampsonRussell is a geophysical interpretation software that provides tools for seismic data analysis and reservoir characterization. The software integrates workflows for attributes analysis, rock physics, inversion, and quantitative interpretation, enabling geoscientists to extract reservoir properties from seismic and well data. HampsonRussell supports the analysis of subsurface features, assists in identifying hydrocarbon-bearing zones, and optimizes exploration and development strategies by providing modules for geostatistics, cross plotting, and time-lapse analysis. The software is designed to address challenges in seismic interpretation, helping users to maximize asset value and reduce uncertainty in subsurface evaluation.
Jason is a software developed for advanced seismic reservoir characterization, modeling, and petrophysical analysis. The software provides tools for integrating seismic and well data to build quantitative models of the subsurface, supporting workflows such as seismic inversion, facies classification, and rock property prediction. Jason enables users to assess reservoir properties, estimate hydrocarbon volumes, and reduce uncertainties in field development planning. The software supports the interpretation of complex geological settings by offering functionalities for data conditioning, attribute analysis, and the integration of multiple data types, thereby assisting in making informed decisions throughout the exploration and production process.
JewelSuite Geomechanics software provides advanced modeling and analysis tools designed to evaluate geomechanical properties and behavior in subsurface formations. The software enables users to integrate geological, geophysical, and petrophysical data to create three-dimensional models that aid in predicting stress distribution, fracture propagation, and wellbore stability. By offering simulation and visualization capabilities, the software assists in identifying potential drilling hazards and optimizing reservoir management strategies. JewelSuite Geomechanics software addresses challenges related to field development planning, drilling risk mitigation, and production forecasting by delivering data-driven insights into subsurface geomechanical conditions.
JewelSuite Reservoir Stimulation is a software designed to assist in planning, modeling, and optimizing reservoir stimulation operations for the oil and gas industry. The software provides tools for integrating geological, geophysical, and engineering data to create detailed models of subsurface reservoirs. It enables users to perform hydraulic fracture design, evaluate various stimulation scenarios, and analyze expected reservoir performance. The software facilitates decision-making by allowing users to simulate the effects of different stimulation techniques on reservoir productivity, supporting the identification of strategies to enhance hydrocarbon recovery and reduce operational risks.
JewelSuite Subsurface Modeling is a software designed to facilitate the construction and visualization of geological models for subsurface analysis. The software integrates geological, geophysical, and engineering data to create detailed three-dimensional models of the subsurface, supporting reservoir characterization and planning. It enables users to analyze complex geological structures, assess reservoir properties, and simulate various scenarios for exploration and production activities. The software addresses business challenges related to uncertainty in subsurface interpretation and decision making by providing tools for efficient data integration, rapid model updates, and accurate volumetric calculations. JewelSuite Subsurface Modeling is utilized in workflows involving reservoir modeling, field development planning, and resource evaluation in the energy sector.
Kingdom is a software developed by S&P Global that provides advanced solutions for geoscience and seismic interpretation workflows in the oil and gas industry. The software enables users to process, visualize, and analyze seismic and geological data, facilitating tasks such as mapping subsurface structures, reservoir characterization, and well planning. Kingdom integrates petrophysical and geological datasets, supporting collaborative interpretation and decision making for exploration and production activities. Its features include data management, 2D and 3D visualization, horizon and fault picking, attribute analysis, and volumetric calculations. Kingdom software addresses the business need for accurate subsurface imaging and resource evaluation to enhance exploration efficiency and reduce uncertainty in asset development.
PetroSync is a software designed to support synchronization and management of asset data within the oil and gas industry. The software facilitates the integration of technical documents, engineering information, and field data, enabling users to maintain consistency and accuracy across multiple systems. PetroSync provides tools for updating equipment records, managing inspection schedules, and automating data exchange between on-premises and cloud-based applications. By streamlining workflows for asset tracking and documentation, the software assists organizations in meeting regulatory compliance and improving operational efficiency. PetroSync is used to address challenges in data disparity and process coordination commonly encountered in large-scale industrial operations.
PowerLog is a software developed for petrophysical analysis and interpretation, designed to process and evaluate well log data within the oil and gas industry. The software offers functionalities for interactive log editing, data management, and modeling of subsurface reservoirs. Users can import, visualize, and analyze various types of well log data, apply quality control, and generate outputs required for reservoir characterization. PowerLog supports deterministic and probabilistic methods, allowing integration with geological and geophysical data to improve formation evaluation workflows. Its features are aimed at addressing business challenges related to reservoir estimation, hydrocarbon exploration, and reducing uncertainty in resource assessment.
RMS is a software developed by Emerson that is designed to monitor, control, and manage data from various industrial processes and environments. The software provides real-time data collection, visualization, and analysis, supporting industries such as manufacturing, life sciences, and utilities in maintaining compliance, optimizing operations, and ensuring data integrity. RMS enables automated data logging from diverse devices and sensors, as well as secure storage, reporting, and alarm management. The software is employed to address challenges related to regulatory compliance, centralized monitoring, and streamlined process oversight, helping organizations minimize manual data handling and reduce the risk of human error.
SeisEarth is a software that provides integrated visualization and interpretation capabilities for seismic and geological data in the exploration and production of hydrocarbons. The software enables users to analyze 2D and 3D seismic volumes, well data, and geological information within a unified platform, supporting workflows such as seismic interpretation, horizon and fault picking, attribute extraction, and structural modeling. SeisEarth facilitates decision-making in subsurface evaluations by allowing cross-discipline collaboration and data integration. It addresses business challenges related to efficiently interpreting complex subsurface environments and optimizing resource exploration and development processes.
SKUA-GOCAD is a software developed for geological and reservoir modeling, widely used in the energy sector to support subsurface workflows. The software provides functionalities for building detailed geological models, structural frameworks, and reservoir properties. It enables users to integrate data from various sources, such as seismic, well, and production data, facilitating interpretation and geomodeling tasks. SKUA-GOCAD assists in managing uncertainties and enables scenario analysis, supporting decision making in exploration and production activities. Its features are designed to address challenges related to reservoir characterization, structural complexity, and asset development planning by offering a comprehensive platform for data integration and modeling.
Techlog Wellbore Software Platform is a software designed to support the analysis and interpretation of wellbore data in the oil and gas industry. The software offers integrated tools for petrophysical, geological, and geomechanical workflows, enabling users to visualize and process well data, perform quantitative interpretation, and develop subsurface models. It facilitates the combination of diverse datasets such as logs, images, and core information to enhance decision-making during reservoir characterization and drilling operations. The software aims to address challenges related to efficient data integration and analysis for subsurface evaluation and reservoir development planning.