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FullWave Viewer II, developed by IRIS Instruments, is a specialized resistivity data management application whose 1.1.1 release refines handling of modern 3D electrical imaging surveys. Geophysicists, environmental consultants, and near-surface researchers use the program to import, visualize, edit, and archive large multi-electrode datasets acquired with IRIS Syscal, Elrec, or compatible multi-channel systems, turning raw waveforms into actionable geological or engineering models. Typical workflows include verifying electrode geometry, filtering bad traces, stacking repeated shots, and exporting filtered data to inversion packages for 3D resistivity or IP tomography; the software is therefore categorized under Science / Geophysics. Since its initial launch, four successive versions have progressively added support for denser electrode grids, faster 64-bit memory management, and OpenGL-accelerated 3D slicing that lets users rotate, clip, and annotate volumetric sections in real time. The viewer reads native FullWave binary files as well as industry-standard SEG-2, SEG-Y, and ASCII columns, automatically synchronizing topography, GPS coordinates, and cable layout to minimize positioning errors. Batch import and metadata templates streamline repeated surveys such as time-lapse groundwater monitoring or archaeological mapping, while built-in quality-control flags highlight outlying resistances, chargeability spikes, or poor contact conditions before field teams leave the site. A project tree keeps corresponding raw, edited, and inverted models together, simplifying report generation and long-term archival. FullWave Viewer II is available free of charge from get.nero.com, where secure Windows package sources such as winget always supply the newest build and can install the application alongside other scientific tools in a single, unattended batch.
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