RokDoc is an integrated subsurface interpretation platform developed over 20 years of research and industry experience. It provides a seamless interface for data quality control, modeling, and prediction, integrating multidisciplinary workflows for Quantitative Interpretation, Pore Pressure, and Geomechanics. The software aids in evaluating sandstone, shale, and carbonate reservoirs for hydrocarbon exploration, production, optimization, CO2 sequestration, and geothermal surveying. It utilizes a comprehensive library of rock physics, seismic inversion techniques, and geomechanics solutions. RokDoc enables users to automate geological "what if" scenarios, capture uncertainty in data and models, and understand the probability of success for subsurface resource exploitation and fluid monitoring. It helps extract maximum value from seismic and well information, facilitating the exploration, capture, and communication of geological, geophysical, and data uncertainty. The platform features best-in-class algorithms on an easy-to-use interface, combining engineering and geoscience data into integrated workflows. RokDoc's ongoing development is customer-driven and market-focused, with an agile and responsive approach linked to client needs. Key solutions include Data Conditioning, Modeling, Prediction, and Platform Add-ons for knowledge, machine learning, hardware, and data connectivity.

Features & Benefits

• Integrated Subsurface Workflows: Combines data quality control, modeling, and prediction for Quantitative Interpretation, Pore Pressure, and Geomechanics.
• Reservoir Evaluation: Improves hydrocarbon exploration, production, CO2 sequestration, and geothermal surveying through rock physics and seismic inversion.
• Uncertainty Analysis: Automates geological scenario evaluation and captures data/model uncertainty for resource exploitation and fluid monitoring.
• Data Interrogation: Extracts maximum value from seismic and well data for comprehensive subsurface understanding.
• Sophisticated Tools: Offers best-in-class algorithms on a single platform for interdisciplinary analysis combining engineering and geoscience data.