OpendTect Pro is the extended version of OpendTect for professional users. For only 2,200.- USD per user per year (node-locked license), OpendTect Pro users benefit from extra functionality and premium support. Only OpendTect Pro users can extend their system by acquiring a range of cutting edge commercial plugins on top of OpendTect Pro.

Certified for RHEL 8 & 9

Plugins by dGB Earth Sciences

Dip Steering
Dip Steering

Allows you to create and use "steering cubes". A steering cube contains at every sample position the local dip and azimuth of the seismic events.

Machine Learning
Machine Learning

Links OpendTect Pro to the research world of Python, TensorFlow, Keras, PyTorch & Scikit Learn. Is the successor of the Neural Networks plugin, which has been fully integrated.

Faults & Fractures
Faults & Fractures

Contains all fault & fracture attributes, filters, and planes tools under one control center window.

HorizonCube
HorizonCube

Consists of a dense set of correlated 3D stratigraphic surfaces. Each horizon in the HorizonCube represents a (relative) geologic time line.

Sequence Stratigraphic Interpretation System
Sequence Stratigraphic Interpretation System

An add-on to the HorizonCube, supports full sequence stratigraphic analysis.

Well Correlation Panel
Well Correlation Panel

Used for picking well markers and correlating markers guided by seismic evidence.

SynthRock
SynthRock

A forward pseudo-well modeling and probabilistic inversion package with profile module, stochastic module and HitCube inversion.

Fluid Contact Finder
Fluid Contact Finder

Used to detect subtle hydrocarbon-related seismic anomalies and to accurately pinpoint gas-water, gas-oil and oil-water contacts.

Velocity Model Building
Velocity Model Building

Pick velocities from prestack gathers and semblances in vertical update- and horizon-consistent update modules.

Plugins by ARK CLS

Seismic Spectral Blueing
Seismic Spectral Blueing

Optimizes the vertical resolution of seismic data by shaping the seismic spectrum without boosting noise to unacceptable levels.

Seismic Coloured Inversion
Seismic Coloured Inversion

Enables rapid band-limited acoustic impedance inversion of seismic data.

Seismic Net Pay
Seismic Net Pay

An improved method to estimate net pay from seismic colour inverted data. It generates net pay and net-to-gross maps with uncertainties.

Seismic Feature Enhancement
Seismic Feature Enhancement

A flat-spot utility that enhances the signal of consistent flat events and reduces the "noise" of the channel reflections.

Frequency Shaping
Frequency Shaping

An innovative technique that integrates well data into your seismic analysis.

PostDeGhost
PostDeGhost

Is ideal for improving legacy seismic and to match broadband data quality by removing the source and receiver ghost from post stack data.

Workstation Access
Workstation Access

Supports direct import from - and export to Landmark's SeisWorks/ OpenWorks data stores.

XField
XField

Integrated potential field modelling software built from the seismic interpreter’s perspective.

Plugins by ARK CLS & EarthworksPlugins by ARK CLS & Earthworks

Deterministic Inversion
Deterministic Inversion

Includes a 3D model builder for constructing a priori impedance model using well log and seismic horizon data.

Stochastic Inversion
Stochastic Inversion

UltraFast module for generating multiple geostatistical realizations and utilities for processing multiple realizations.

MGS-Destriping
MGS-Destriping

3D automated destriping solution based on factorial kriging technique. Runs on slices of volumes and horizons.

FracTex
FracTex

Computes grey level co-occurrence matrix (GLCM) based attributes in different directions and compares these results.

Bayesian Linear Inversion
Bayesian Linear Inversion

Provides a deterministic acoustic and elastic seismic inversion using the linearized Bayesian methodology for estimating velocities or impedances and density.

Plugins by Stark Reality

Surface Segments
Surface Segments

Automatically generates map segments showing stratigraphic relationships, spatial amplitude changes, event continuity, and local strike & dip magnitudes.