[ Flagship Product ]
A 3D reservoir geomechanics platform that turns complex subsurface data into practical engineering insight — with workflows spanning the entire asset lifecycle, from exploration and drilling to production, injection, and abandonment.
SigmaX is a 3D reservoir geomechanics platform designed to turn complex subsurface data into practical engineering insight for the energy industry. Built for applications ranging from oil & gas field development, well construction, and reservoir management to unconventional development, CO₂ storage, and underground gas storage, it provides an integrated environment that helps technical teams build, analyze, and apply field-scale geomechanical models more efficiently and consistently.
SigmaX bridges the gap between geoscience interpretation, geomechanical modeling, and engineering decision-making. It works within existing industry software ecosystems — connecting with widely used G&G platforms such as Petrel and leading geomechanical numerical simulators such as FLAC3D and Abaqus — complementing them with dedicated geomechanics workflows, data-processing tools, model-building utilities, and application-focused analysis capabilities.
Built for geoscientists, geomechanics engineers, drilling engineers, reservoir engineers, and field-development teams, its modern and intuitive interface supports fast adoption by entry-level users while maintaining the technical depth and flexibility required by advanced geomechanics specialists.
[ Platform Architecture ]
A core 3D geomechanics module supports field-scale model building, data processing, model preparation, analysis management, and visualization — the foundation for importing, organizing, validating, and preparing data for 3D geomechanical modeling. Three application-focused modules build on top of it.
01
Wellbore stability, mud-weight windows, trajectory and casing support for safe, optimized well construction.
02
Stress-path, compaction, subsidence and coupled reservoir-simulation workflows across the producing life of the field.
03
Hydraulic-fracture design, fracture-gradient prediction and stimulation workflows for unconventional development.
SigmaX is designed for flexible deployment across local and cloud-based environments, supporting both individual technical users and scalable team workflows. Its architecture supports future AI-assisted capabilities — guided workflows, faster model setup, quality control, and interpretation assistance — while keeping technical judgment and final decisions with the user.
[ Integrated Workflows ]
SigmaX™ maps every customer objective to an intelligent workflow and a concrete engineering outcome.
[ E&P Life Cycle ]
SigmaX™ applies across the full exploration & production life cycle — one platform, one continuous flow of intelligence.
01
Prospect evaluation
Well planning
Stress prediction
02
Wellbore stability
Mud weight optimization
Casing design
Trajectory optimization
03
Perforation design
Hydraulic fracturing
Sand control
04
Reservoir management
Compaction prediction
Subsidence analysis
Production optimization
05
CO₂ sequestration
Injection monitoring
Seal integrity
Long-term storage assessment
[ Why SigmaX™ ]
01
Build calibrated, field-scale 3D Mechanical Earth Models that capture rock properties, pore pressure, and the full stress state.
02
Seamlessly connect interpretation, model-building, simulation, and visualization in one repeatable workflow layer.
03
Handle large, complex field models with the speed and stability demanded by enterprise engineering teams.
04
Accelerated geomechanical computations compress lengthy analyses into fast, iterative engineering cycles.
05
Explore models, stresses, and results in fully interactive 3D maps for clear, confident interpretation.
06
Generate professional, presentation-ready reports and plots directly from your models.
07
A core module plus drilling, reservoir, and unconventional modules — adopt only what you need.
08
Deploy flexibly across local and cloud environments for individual users or scalable team workflows.
09
Backed by domain experts in reservoir engineering, geomechanics, and data science.
[ Industries ]
Oil & Gas
Carbon Capture & Storage (CCS)
Underground Gas Storage
Mining & Rock Engineering
Geomechanics
Energy
Civil & Infrastructure
Geothermal
Engineering Intelligence. Built for the Subsurface.