Automatic decomposition parameter fitting
1
/
7
Interactive ML geobody delineation
Before
After
Geobody metrics
Seismic facies analysis
Flexible tabbed interface
RGB within the stratigraphic framework
Advanced spectral decomposition methods: CLSSA, EEMD, MP
CWT
CLSSA
Latest News
Interface preview
A new workspace preview highlights the LithoQB interpretation flow and the updated module navigation.
Synchronous inversion
The planned workflow includes Model-based and Sparse-Spike approaches, structural orientation, and automatic parameters tuning.
Acoustic inversion
The acoustic inversion workflow is planned with Model-based and Sparse-Spike formulations.
Seismic facies and initial model
The roadmap includes seismic facies analysis, initial model building, IDW, Kriging, Simulation, and automatic variogram tuning.
Dynamic interpretation, Orenburg
Synchronous inversion of an extended parameter set, ML lithoclassification, and attribute analysis were completed.
Lithoclassification, KhMAO
The workflow was validated and the data preprocessing graph was tested.
Industrial tests, KhMAO
The inversion module effectiveness was confirmed against Petrel.
Modules
Key LithoQB modules and functions on one screen.
CWT, CLSSA, STFT, EEMD, MP
Seismic decomposition
A set of seismic decomposition methods with automatic frequency selection and support for amplitude and offset analysis.
RGB / CMYK and color presets
Visualization
Preparation of color composites and fast control of display parameters in one window.
Interactive body tracker
Geobody analysis and extraction
Interactive AI geobody extraction followed by morphometric analysis of the result.
Deterministic Wavelet and post-processing
Resolution enhancement
A workflow for vertical resolution enhancement with deterministic Wavelet calculation and subsequent post-processing of the result.
Two usage scenarios
Standalone
Autonomous work with corporate project data without dependency on an external platform.
API integration
Bidirectional exchange of horizons, cubes, wells, and calculation results with target interpretation packages.