Advanced 3D groundwater modeling

GMS is the premier groundwater software solution
to develop, characterize & visualize groundwater models
in a 3D environment

GMS

Flexible modeling approaches

GMS pioneered the conceptual model approach. Build a conceptual model by constructing a high level representation of the model using familiar GIS objects: points, arcs and polygons. Work with large, complex models in a simple and efficient manner by using the conceptual modeling approach and easily update or change the model as needed.

For models with simple geometry and boundary conditions, use the grid approach and edit values directly in the grid.

3D visualization optimized for performance

GMS is the most advanced software system available for performing groundwater simulations in a three-dimensional environment.

  • Interact with models in true 3D
  • Optimized OpenGL graphics for improved hardware rendering
  • Create photo-realistic renderings
  • Generate animations for PowerPoint or web presentations
  • Drape images over the model and control the opacity
  • Annotations – Add north arrows, scale bars, reference images, company logos, and more

Import what you need

Models require data from many different sources. That’s why GMS is built to easily import numerous file types:

  • Raster images including georeference and projection support
  • Topographical maps & elevation data
  • Borehole data including stratigraphy and geophysical data
  • Native MODFLOW files
  • MODFLOW files from Visual MODFLOW, Groundwater Vistas and PM Win
  • Web data services such as TerraServer
  • ArcGIS geodatabases and shapefiles
  • CAD files including .dwg, .dgn, and .dxf formats
  • Worldwide projection support including Cartesian and Geographic Systems
  • File Import wizard for delimited text files and spreadsheets

Advanced subsurface characterization

From cross-section editing to advanced probability statistics, GMS offers unparalleled subsurface modeling tools.

  • Generate iso-surfaces from 3D data to visualize plumes
  • Cut cross-sections anywhere through 3D data
  • 2D & 3D geostatistics – Kriging, IDW and Natural Neighbor
  • Robust and fast algorithms to create solids from horizons

Software from an Industry Leader

GMS is developed by Aquaveo, an engineering services company with many years of experience developing groundwater modeling solutions.

  • Step-by-step tutorials and how-to videos
  • Online community forum and product documentation
  • Phone and email technical support
  • Regularly scheduled training courses taught by expert modelers
  • On-site training available
  • Professional consulting services

GMS 8.1 System Requirements

Windows XP

  • RAM: 512 MB (2GB Recommended)

Windows Vista

  • RAM: 1 GB (4GB Recommended)

Windows 7

  • RAM: 1 GB (4GB Recommended)




  • CPU: GMS software is CPU intensive. We recommend the fastest CPU your budget allows. A multi-core CPU may be useful for multi-tasking while GMS is running. However, GMS software does not use more than a single core at this time, so a faster dual core may provide better performance than a slower quad core CPU.
  • Graphics Card: For all display features to be enabled, OpenGL 1.5 must be supported. NVIDIA LogoWe recommend NVIDIA® Quadro® based graphics cards because of their superb OpenGL support. The use of a dedicated graphics card is strongly recommended. Integrated graphics cards are often problematic.
  • Display Resolution: 1024 x 768 or greater

Talk to Sales

Speak with a knowledgeable sales representative to learn more about our products and get your questions answered.

Visit the Wiki or Forum

Visit the XMS Wiki to learn more or interact with the user community and find answers to questions on our forums.

Contact Support

We provide phone and email technical support to all current license holders.

Get Training

Get hands-on training from modeling experts - attend a scheduled course or have us
come to you.

Consult with Experts

Take advantage of a consulting team with a proven track record and years of experience in water modeling.