StormNET in action.
Six dimensions of stormwater design — across scales, components, and workflows. All on real cities.
Coming soon. Recorded sessions for this dimension of StormNET are being prepared and will appear here as they're ready.
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StormNET is a computational steering system for urban water — change the network and immediately see the hydraulics, the cost, and the 3D twin respond. Design, simulation, cost, and visualization are one environment, steered as you learn the system.
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StormNET · Urban Systems
The full stormwater network, end to end
Drag-and-connect stormwater design on a real city. Sewers, manholes, inlets, ponds, outfalls — every component live, every storm simulated, every cost computed. Six recorded sessions covering full city-scale stormwater network design and analysis.
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StormNET · Storage & Detention
Tanks, ponds, vaults, underground storage
Custom geometry, real capacity curves, dynamic outlet control — and full hydraulic interaction with the rest of the network as the storm passes through. Thirteen recorded sessions covering tank, pond, vault, and underground storage component design.
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StormNET · LID
Green infrastructure as live components
Bioretention, permeable pavement, green roofs, infiltration trenches — modeled with the same physics as conventional gray infrastructure, comparable in cost, runoff, and water-quality impact. Six recorded sessions covering green-infrastructure design and performance evaluation.
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StormNET · River Systems
Open-channel hydraulics on real channels
Geometry from LiDAR, full St. Venant flow, flood inundation in 3D. The unsteady solver behind StormNET handles river systems alongside urban networks, sharing boundary conditions automatically. Nineteen recorded sessions covering open-channel hydraulics, canal systems, and river flood modeling.
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StormNET · Built in StormNET
End-to-end workflows from scratch
Stormwater modeling workflows that start from scratch — pulling base data, sizing components, solving the network, evaluating outcomes. Each session is a complete project, recorded as it ran. Twenty-one recorded end-to-end project sessions, built fresh in StormNET.
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StormNET · Import from SWMM
Legacy SWMM models, modernized
Existing SWMM models, modernized in StormNET. The same network logic, hydraulic accuracy, and engineering integrity — but now on a real-time engine with real-place data and live visualization. 46 recorded sessions of legacy SWMM model import, modernization, and live re-execution.
What you're looking at.
Most stormwater modeling projects spend months on the same opening sequence — gathering land-use data, drawing the network from scratch, hand-tuning rainfall inputs, and reconciling formats across tools. StormNET inverts that. The base map is already there, the rainfall is already there, the engine is already running. You start where the design begins.
Above, a library of recorded sessions covering six dimensions of stormwater design — integrated urban systems on real cities, storage and detention components, green infrastructure (LID), open-channel and river hydraulics, and two complete workflow modes: building from scratch, and importing existing SWMM models. Every simulation runs in real time. The engine solves as the storm passes through.
Ready to design your network?
Every simulation above started as a box drawn on a real city map. Open the platform and try it on yours — no installation, runs in your browser.