Explore new and enhanced features of InfoWorks ICM 2025 including cloud enhancements, a new infiltration model, and enhancements for more collaborative catchment modeling.
Gain access to a comprehensive and easy-to-use system for fully integrated catchment modeling
Run powerful simulations in the cloud or locally, delivering speed and efficiency improvements
Model complete drainage systems including sewers, surface water, rivers, and floodplains
Share model data among a workgroup of users with audit trails and security mechanisms
Create and edit multiple scenarios in parallel with the ability to easily edit and modify
Quickly and easily import model data from other systems and automatically check for errors
Analyze simulation results using a variety of graphical outputs, including 3D, textual, and statistical outputs
Run simulations with the hydraulic engine, and even use the SWMM5 engine if desired
Export network designs into InfoWorks ICM, simulate and make changes, then transfer back to Civil 3D
Get the latest integrated catchment modeling software. Model simple to complex hydraulic and hydrologic network elements quickly and accurately locally or in the cloud. Make capital planning decisions, model system expansions, and plan for emergency scenarios.
NEW
CNSWMM infiltration for 2D simulations
A new infiltration model, CNSWMM, combines the CNSWMM curve number model with initial losses.
NEW
Cloud enhancements
InfoWorks ICM users can now access results faster than ever with direct access to cloud simulation results. Interrogate and export some cloud results without downloading the full time-series results. Scalar and spatial time series data (TSD) objects are now available in cloud databases.
NEW
Concurrent installation
InfoWorks ICM 2025 brings more flexibility to how you work. Users now have the flexibility to install Innovyze and Autodesk versions of software, including ICMLive and InfoAsset Manager.
NEW
2D culvert modeling
A new conduit option, Culvert 2D, enables users to link 2D culverts to multiple mesh elements inside a model, providing a more robust 2D option for representing culverts in a floodplain.
NEW
Civil 3D integration
Civil 3D designers can now easily share designs with hydraulic modelers. Export a sanitary and storm sewer pipe network into InfoWorks ICM, run simulations on the network model, and make adjustments where needed. Then, transfer these changes back to the model in Civil 3D for a streamlined planning and design process.
NEW
XP Importer
You can now move an existing XPSWMM model into InfoWorks ICM in a matter of a few clicks with our XP Importer.
NEW
FEH2022 design rainfall events
A new design rainfall generator, FEH2022, allows users to download rainfall data as XML files from the Flood Estimation Handbook web service, and import them into InfoWorks ICM using the Rainfall Generator dialog.
ENHANCED
SWMM engine
The SWMM networks now have the option to use the latest 5.2.2 engine (for databases 2024.0 and above).
ENHANCED
River bankline creation
Efficiently create river banklines from end sections by truly following the centerline.
Workgroup model management
Teams can work together in a shared space to create unified models that are complete and accurate.
Integrated 1D and 2D modeling
Model 1D hydrodynamic simulations and 2D simulations in urban environments and river floodplains.
Powerful hydraulic simulation
Fast, robust, stable, and efficient dynamic simulation engine offers accurate representation.
Prepare for events
Address sanitary sewer overflows and combined sewer overflows through emergency storm simulations.
Live operational support
InfoWorks ICM allows any live data to be used within the background of a comprehensive utility network model.
Data inferencing
Run models accurately with built-in inferencing tools that fill in missing elements from raw survey data.
SQL and other scripts
SQL queries and Ruby Scripts automate processes such as creating new scenarios, saving you time.
GPU utilization
Using GPUs can speed up simulations 12 times or more with large models.
RAFTS hydrology
The RAFTS Australian hydraulic routing method links directly with the ARR data hub and Australian BOM.
