Powered by TieSight
Well-to-seismic calibration
Calibrate wells to seismic, resolve depth–time uncertainty, assess tie quality, and preserve the expert QC behind the accepted result.
Calibrated ties · QC · uncertainty
LithoSightDiscuss a project Applied services · Technology in the field
Applied geoscience.Powered by LithoSight.
Our geoscientists combine subsurface expertise with LithoSight’s in-house AI workflows to deliver answers now—while real projects test and strengthen the technology behind them.
Defined scope · Expert-led delivery · Evidence and QC included
InterpretCalibrate · enhance · characterize
PredictPorosity · TOC · lithology
Oil & gasGeothermalCarbon storageFrom a defined project to reusable capability
01 / Client outcomes
Choose the decision—not the software.
We select and configure the relevant LithoSight technology around your data, geology, and operational question.
Interpret suite
Make subsurface evidence clearer, calibrated, and decision-ready.
Powered by ThinSight
Thin-bed seismic enhancement
Apply thin-bed reflectivity inversion to improve seismic resolution and reveal subtle stratigraphic features for interpretation.
Enhanced reflectivity · interpretation supportPowered by FractureSight
Fracture characterization
Combine seismic attributes, geological context, and expert review to assess fracture patterns and likely openness.
Fracture evidence · ranked interpretationPredict suite
Turn well and seismic evidence into validated property volumes.
Powered by PoroSight
Porosity prediction
Integrate wells and seismic to predict continuous porosity across 2D lines or 3D volumes, with validation against known data.
Porosity volume · validation · uncertaintyPowered by TocSight
Total organic carbon
Predict TOC distribution from available well and seismic evidence to support source-rock evaluation and regional screening.
TOC prediction · evidence · QCPowered by StrataSight
Lithology and facies
Use classification across well and seismic inputs to build continuous lithology or facies predictions for reservoir understanding.
Classes · probability · geological review02 / A productized engagement
A clear path from question to evidence.
Every engagement has explicit inputs, acceptance criteria, expert review, and transferable outputs.
01
Frame
Define the decision, datasets, constraints, and acceptance criteria together.
02
Configure
Adapt the relevant LithoSight workflow to the geology and project context.
03
Deliver
Experts and AI evaluate alternatives, validate the result, and document uncertainty.
04
Transfer
Receive the technical outputs, QC, provenance, and recommendations—not a black box.
03 / Real project evidence
Service delivery is where the tools earn trust.
The Bauer TieSight POC works on a full-length F3 seismic calibration with real wells, gamma-ray tracks, markers, and complex seismic character. Experts review the evidence and calibration result together before decisions enter the learning system.
- The full seismic line and every well track remain visible
- Calibration markers and gamma-ray evidence stay traceable
- Expert corrections are preserved for the learning loop
F3 calibration · TieSight evidence Real project section
04 / The strategic loop
Projects deliver value now—and harden the platform.
Applied work exposes workflows to real geological variability, expert corrections, and operational constraints. That is how tools such as TieSight become dependable beyond one demonstration.
Client challenge
Real data, geology, constraints, and a decision that matters.
Expert-validated workflow
Alternatives, QC, corrections, uncertainty, and outcome.
Stronger capability
Better-tested tools, clearer failure modes, and reusable workflow knowledge.
Data boundary
Client data remains private and is never incorporated into shared learning or model development without explicit agreement.
Bring the decision · We configure the workflow
Bring us a subsurface challenge.
We will identify the right combination of LithoSight technology and geoscience expertise for your project.
Request a project review