Store databases in the cloud to improve collaboration and data security.

Rename, delete, backup and restore cloud databases easily from a single model management web portal.

Offload bulk simulations to cloud resources that have been specifically selected for hydraulic simulations.

All the complex hydraulic conditions that occur around a building in a flood plain can be represented easily in a single polygon object.

Import and export data to File Geodatabase to work more efficiently with ArcMap and ArcGIS Pro.

A new infiltration option has been added to represent the initial and continuing loss model that is used in many regions.

Integrate changes from a different network or transportable to keep models up to date and increase collaboration both in and out of the organization.

The SWMM networks now have the option to use the latest 5.2.2 engine (for databases 2024.0 and above).

River banklines can now be created from end sections efficiently by truly following the centreline.

Teams can work together in a shared space to create unified models that are complete and accurate.

Model 1D hydrodynamic simulations and 2D simulations in urban environments and river floodplains.

Fast, robust, stable, and efficient dynamic simulation engine offers accurate representation.

Address sanitary sewer overflows and combined sewer overflows through emergency storm simulations.

InfoWorks ICM allows any live data to be used within the background of a comprehensive utility network model.

Run models accurately with built-in inferencing tools that fill in missing elements from raw survey data.

SQL queries and Ruby Scripts automate processes such as creating new scenarios, saving you time.

Using GPUs can speed up simulations 12 times or more with large models.

The RAFTS Australian hydraulic routing method links directly with the ARR data hub and Australian BOM.