HOUSTON, TEXAS - March 23, 2026 – Ikon Science announces that RokDoc 2026.2 advances the core workflows that subsurface teams run every day, including rock physics, pressure interpretation, and reservoir characterization. These changes help geoscientists move from hypothesis to evidence with fewer cycles while preserving the rigor expected for field decisions.
Performance at scale where users feel it most.
Mixing-based rock physics models compute more quickly in forward modeling and base property contexts, structure-oriented filtering runs faster on larger step-outs and volumes, and AVO/Reflectivity calculators processes more efficiently with reduced memory use. We present these results conservatively while noting that larger projects are already seeing noticeable improvements in sections and exports.
Pressure interpretation grounded in practical workflows.
PressureView in RokDoc 2026.2 reflects a renewed focus on interpretation fundamentals by improving consistency and usability in everyday pressure analysis. New sessions now default to Kelly Bushing for average gradient and mud density, aligning initial views with common operational reference frames, while user scale selections are preserved more reliably across sessions to reduce rework when comparing scenarios. Plotting has also been enhanced with secondary horizontal axis options for clearer comparisons, improved legend alignment, and templated presentation controls for consistent reporting. Together, these updates make it easier for teams to move from raw pressure data to communication-ready plots without manual reformatting, supporting faster validation and cross-discipline discussion.
Improved workflow reliability and visualization clarity.
Invert Around Wells now supports multiple filters in a single session so teams can compare parameter choices in the QC well viewer rather than manage separate runs. The 3D Map Viewer filters maps by name and log type; Scene 3D adds log type filtering for draped maps with an easy reset. These changes shorten the steps between hypothesis, QC, and communication.
Platform control and consistency.
RokDoc now applies a 60% default memory cap with a clear percentage-based override that administrators can tune per environment. The SEGY import path detects when users attempt to load a file through the wrong reader type and routes them to the correct loader. Data Continuity
RokDoc now supports a link to Petrosys Exchange and supports wells and multiple well-data types, providing a controlled path for transferring interpreted well information into, and out of, RokDoc as projects evolve. Because Petrosys Exchange can broker transfers to multiple downstream targets, including OSDU, the integration is particularly relevant for workflows that require consistent movement of well deliverables between interpretation teams and enterprise data platforms.
“Teams want momentum without sacrificing the checks that keep projects sound,” said Alan Mur, RokDoc Product Manager. “With RokDoc 2026.2 we focused on the moments that repeat every day. Faster core calculations, clearer QC, and pressure interpretation that stays grounded in operational reality help interpreters spend more time on the geology and less time on setup..”
For demonstrations, additional details, or to schedule a demo of RokDoc 2026.2, visit ikonscience.com/rokdoc or contact support@ikonscience.com. More insights and updates can be found on the RokDoc Blog.
About Ikon Science
Global Knowledge, Local Expertise.
Ikon Science is a global provider of geopredictive and knowledge management software and service solutions designed to optimize subsurface discovery, production, and storage. For more than 20 years, Ikon has worked with energy clients, applying deep scientific expertise and technology innovation to extract actionable knowledge from sophisticated subsurface data. Headquartered in Surbiton, London and with a global network of offices, Ikon Science serves clients in every corner of the industry. More at www.ikonscience.com.
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