Single Master LAS file
A geophysicist opens a new project, ready to tie a well to seismic—but their directory is overflowing with LAS files: multiple vintages, duplicate curves, inconsistent mnemonics, incomplete logs. They’re unsure which gamma, sonic, or density logs are usable, or even where to begin. Hours disappear to manual sorting before calibration can even start.
With LithoSight, that frustration disappears.
Our system recursively scans the entire project directory, automatically finding every LAS file, cleaning them, selecting the correct curves, and preparing complete gamma, sonic, and density logs. In minutes, the user has a fully organized, quality‑checked input ready for calibration—so they can focus on interpretation, not file hunting.
AI derived wavelets
Propriatary AI model for calculating seismic wavelet
LithoSight’s proprietary AI model derives a well‑specific seismic wavelet by analysing sonic, density, and seismic responses together, capturing subtle geological variations to deliver far more precise well‑to‑seismic calibration.
Data Requirements
Deliverables
To get started, all we need are the well files in a machine‑readable format—typically LAS files—along with the seismic volume you want each well calibrated to, plus any basic geological context you can share. After you upload the files, LithoSight handles everything automatically. There is no additional work or time required from your team: no organising logs, no cleaning LAS files, no manual selections. Just send the data, and we take it from there.
Within just a couple of days of receiving your files, you’ll receive a fully calibrated well package, including a new Master LAS file containing cleaned and completed gamma, sonic, and density logs, a dedicated AI‑derived wavelet, an updated time‑depth law, and clear calibration panels. Everything arrives ready to use immediately in your interpretation or modelling workflow—no extra processing required.
