NORSAR Software Suite 2025.1 is a focused maintenance release that boosts stability across the platform and sharpens day-to-day productivity. The headline improvement strengthens MDesign Detectability and Location Uncertainty with enhanced amplitude computations for complex models—delivering more reliable study results when your geology and acquisition scenarios get challenging.

What’s in 2025.1

  • Stronger modelling confidence in MDesign
    Detectability and location-uncertainty analyses now handle complex models more robustly thanks to improved amplitude computations.

  • A raft of quality fixes
    We’ve tightened plotting behavior, export accuracy, workflow resilience, and in-app guidance to keep your projects moving without surprises.

Reliability & quality improvements (highlights)

Plotting & visualization

  • Point-based survey domain illumination maps now render correctly.

  • Imported microseismic points with a specified noise floor are plotted as expected.

  • Deadlock in General Model Builder surface plotting resolved.

  • Clear warnings if too many PSFs are stored in MDesign Focusing workflows.

Exports & data integrity

  • Fixed crash when exporting SeisRoX results to SEG-Y.

  • Corrected floating-point precision for z-axis in SEGY output.

  • Proper scaling of anisotropy parameters when exporting as SEGY.

  • More robust time-to-depth mapping when the time grid extends beyond the cube.

Workflow robustness

  • Detectability workflow no longer fails with sensor sets that share non-unique names.

  • Increased default spacing for NIP surveys to prevent resource issues.

UI, units & guidance

  • New in-app help for the Units tab during project creation, and for the SeisRoX PSF workflow.

  • Resolved unit/legend inconsistencies across: property cubes and NORSAR-3D models, Single Block/Single Reflector model builders, Survey Generator, Flower Plot setup, N2D survey definition, and NIP survey area widget.

  • Added a “Night” UI style for comfortable low-light work.

Available now. Update to 2025.1 to benefit from a more resilient toolchain and improved modelling accuracy—so you can focus on interpretation, not workarounds.