Platform
Cloud Solution
Sovereign, web-based access to our full rock physics and seismic modelling suite.
Your data, your environment
Deploy to a sovereign cloud environment with a domain exclusive to your organisation, at a geographic location of your choice. Your data never leaves the dedicated cloud infrastructure we deploy for you — full isolation, full control.
Earth models from upscaled well log data & static 3D models
Create earth models by upscaling your well log data, loading them as 3D static models or building them in 1D from scratch using our intuitive model editor.
Presets for fluids, minerals and standard rock physics calculations
Our presets library consists of equations of state for fluids, minerals as well as standard dry frame rock physics models for sandstones and carbonates.
Fluid substitution and Gassmann modelling
Perform fluid substitution using Gassmann scenario modelling for different fluid distributions to assess magnitude of elastic fluid effects.
Attenuation & fracture substitution beyond Gassmann modelling
Assess attenuation scenarios and fracture- or fluid- induced anisotropy using advanced rock physics modelling.
Sensitivity analysis
Calculate the sensitivity of your seismic response to different rock physics scenarios in one view.
Reflectivity and AVO
Confidently model reflection coefficients and frequency- or azimuthal AVO responses of your rock physics scenarios. Our triclinic Zoeppritz solver can handle multiple fracture sets and arbitrary tilts and has been tested against hundreds of published anisotropic scenarios.
Fully viscoelastic convolutional synthetics
Generate synthetic seismograms using rock physics model-based attenuation scenarios. Our viscoelastic convolution solver allows for a comprehensive assessment of the impact of intrinsic attenuation on the amplitude and phase of seismic signals for fluid identification.
Finite difference for VSP, reflection and passive seismic
Run 2D viscoelastic finite difference simulations with our finite difference solver, that supports viscoelastic rheologies as well as VTI anisotropy. Use rock physics scenarios to identify fluid effects in VSP, crosswell, reflection and microseismic acquisition geometries.
Time-lapse seismic comparison
Compare finite-difference simulations for different acquisitions and rock physics scenarios. Calculate the time-lapse footpring of fluid induced anisotropy and attenuation.
See it for yourself
Book a demo and we'll walk you through the platform with your own data.