Shearwater Reveal (originally developed by OpenGeo and acquired/expanded by Shearwater GeoServices) is an industry-standard, modern seismic processing, imaging, and quality control (QC) software platform. Unlike legacy seismic processing suites that rely on fragmented architectures from the 1980s and 1990s, Reveal was built from scratch in the 21st century on an intuitive, modern, and highly scalable Java/C++/Python architecture.

OpendTect 7.0.10 (developed by dGB Earth Sciences) is a point release within the OpendTect 7.0 series. OpendTect is widely recognized as the industry standard for open-source and modular seismic interpretation, quantitative interpretation (QI), and AI-driven subsurface analysis. The software operates under a dual model: an open-source core (under GNU GPL) and an enterprise commercial tier (OpendTect Pro) with specialized plugins.

PaleoScan™ 2026.2.0 (developed by Eliis) is a major milestone release titled “Built for Complex Geology”. It expands the platform’s core Relative Geologic Time (RGT) technology by deeply integrating foundation AI models, automated geological and reservoir modeling workflows, and cloud-native subsurface data interoperability.

PaleoScan is a geological‑driven seismic interpretation software developed by EarthDecision Sciences (EDS). It is designed primarily for automated horizon interpretation, stratigraphic analysis, and seismic geomorphology. PaleoScan is widely used in oil & gas exploration, reservoir characterization, and geological studies. The 2026 version continues the platform’s focus on automatic interpretation and AI‑assisted workflows for large 3D seismic datasets.

RokDoc, developed by Ikon Science, is an industry-leading software platform used for Quantitative Interpretation (QI), rock physics modeling, seismic inversion, and pore pressure prediction (geopressure). While specific, detailed release notes for version 2026.1 are restricted to licensed users via the Ikon Science customer portal, here is an overview of RokDoc’s core capabilities and the typical advancements expected in a 2026 release.

VISTA desktop seismic data processing software provides data processing from early-stage acquisition QC to final processing and interpretation of 2D and 3D seismic data acquired on land, marine or vertical seismic profile (VSP), in all industry and manufacturer data formats. With VISTA software, you can easily navigate workflows and seamlessly evaluate datasets using the interactive and interlinked displays. You can also add in your own algorithms through a C++ , Python or MATLAB SDK interface.

OpendTect is a widely used seismic interpretation software platform developed by the company dGB Earth Sciences. It is mainly used in the oil and gas, geothermal, and subsurface exploration industries to interpret seismic data and understand underground geological structures.

StructureSolver is interactive 2D structural analysis software designed to address both common seismic interpretation challenges and complex structural problems.

RokDoc is the result of more than 20 years of innovative research and industry experience. RokDoc offers a seamless interface incorporating everything from data quality control to modeling and prediction, integrating multidisciplinary workflows for Quantitative Interpretation, Pore Pressure, and Geomechanics.

Geoplat AI 25.03 enables the conditioning of original seismic data using machine learning methods. The algorithm, like other our conditioning techniques, was trained on synthetic data. However, a distinctive feature here is the utilization of data with varying frequencies. This trained neural network is capable of enhancing the resolution of seismic data, enabling a more detailed observation of thin layers. These thin layers become more pronounced through this conditioning, resulting in a more detailed representation of the structural characteristics of the surveyed area.

PaleoScan™ 2025.1 is a 3D seismic interpretation software that allows geoscientists build a geological model while interpreting seismic volumes. With this new release, Eliis continues to innovate seismic interpretation with more new tools and improvements, including AI GeoSeg, expanding hardware compatibility for our AI solution, VDS native streaming capabilities, improved AVO analysis and manual horizon picking, new tools focused on prospect evaluation and CCS storage, a major upgrade in the multi-window capabilities and much more.

Geoplat AI enables the conditioning of original seismic data using machine learning methods. The algorithm, like other our conditioning techniques, was trained on synthetic data. However, a distinctive feature here is the utilization of data with varying frequencies. This trained neural network is capable of enhancing the resolution of seismic data, enabling a more detailed observation of thin layers. These thin layers become more pronounced through this conditioning, resulting in a more detailed representation of the structural characteristics of the surveyed area.