Using AWITM to define and quantify the target layer geometry in a producing field.
XWITM optimisation on demand
S-Cube delivering breakthrough Full Waveform Inversion capability
Use XWITM optimisation to gain a step-change in the resolution of your seismic velocity model
XWI Model
- XWITM is a fully automated data-in model-out optimisation framework for deriving the most detailed and accurate best-fit velocity volume from recorded seismic data.
- The toolbox integrates CWI and RWI with the AWITM and FWI optimisation cost functions for training earth models to predict seismic measurements.
Case Studies
A set of 3D field data deployments comparing the resolution achieved by AWITM relative to standard velocity model building techniques.
Statoil Data
Using AWITM to define and quantify a gas accumulation obscuring the underlying reservoir.
Woodside Data
Using AWITM in exploration to reveal a prospect and pre-drill define its volume.
Woodside FutureLab
Woodside discusses S-Cube FWI methodology and its application in Myanmar.
Industry Awards and Measures of Esteem
Academic founders internationally recognized as leaders in the field
Distinguished Awards
Award for Adaptive Waveform Inversion
Award for advances in Full Waveform Inversion
Key Presentations
Woodside AWI deployment in Myanmar
Full-bandwidth adaptive waveform inversion at the reservoir (2017)
Statoil AWI deployment in the North Sea
Imaging Beneath a Gas Cloud in the North Sea without Conventional Tomography (2017)
Run FWI on the Cloud
Discover an unprecedented increase in the resolution of your velocity model.