Drainage
World's first Stormwater AI Engineer.
The whole storm study, start to finish: build the drainage model, run the storm, find what floods, and recommends the fixes.
50x
less time for a city wide study
$500k+
saved per sub-basin
100
or more possible designs considered for mitigation
Step 1 · Model
Finds and models the terrain and infrastructure.
- 1Terrain, land cover, rainfall, etc. pulled in automatically
- 2The city's real drainage infrastructure
- 3Gets the data model ready to run
Step 2 · Storm
Simulates all storm events and analyzes the drainage.
- 1Rainfall from multiple events
- 2Flood depths across storm events
- 3EPA SWMM, HEC-RAS, HEC-HMS
Step 3 · Risk
Identifies at-risk structures and assets.
- 1Every building footprint in the sub-basin
- 2Emergency facilities and city assets
- 3Counts what stands in damaging depths
Step 4 · Design
Engineers multiple designs, then analyzes and recommends the best infrastructure for mitigation.
- 1100s of design alternatives considered
- 2Detention, bigger mains, green infrastructure, etc
- 3Cost and reasoning on every option
Step 5 · Report
One click generates a shareable link: a report with the charts, the costs and the benefit-cost ratios.
- 1Charts built from the real flood curve
- 2Costed options table with a BCA column
- 3Share a link, or export for the GIS team
What floods first?
Bring a catchment and we'll run a real storm across it: flood depths, what's in harm's way, and the fixes ranked by what they take out of the water.