A new generation of a web-based application for subsurface propagation resistivity modeling, and the advanced machine-learning supported inversions.
Artificial intelligence in the cloud
WebSteer enables industrial digitalization and advanced modelings. We run computational heavy algorithms in the cloud, which means you set up the jobs and let us care about the AI-supported calculation behind.
Large DoI (> 100 feet)
WebSteer provides both out-of-the-box solutions and customization for both 1D and 2D forward modeling. The forward modeling and tool simulation are vendor-flexible. It is capable of simulating the major vendor tools including the deep resistivity and the new general of ultra-deep resistivity LWD tools.
The fast forward modeling is enhanced by GPU computing.
1D modeling in milliseconds
2D modeling in seconds
Advanced inversion and
The curves of deep/ultra-deep resistivity are charming but intricate for interpretation. The conventional inversion methods are incapable of model interpretation.
WebSteer embraces the modern techniques of data science and machine learning. We use hybrid schemes of all deterministic, statistical, and deep learning solutions to reconstruct the complex, multi-layer earth model structure.
Core inversion algorithms
Occam, LMA, MCMC, trans-MCMC, and Deep-learning…
Parallel Computing in the cloud, GPU platform, workstations
WebSteer also wants to assure you the confidence of the interpreted earth model. By using statistical inversions, the model uncertainty can be easily handled.
We have included all features in an out-of-the-box, user-intuitive, and light-weight solution