Hydraulic engineers
Build and review 1D/2D models, automate scenario runs, and translate results into pipe sizes, detention volumes and design criteria.
Get startedAI for climate adaptation & flood resilience
Design for the storm that hasn't happened yet.
Model flooding, stress-test drainage against climate scenarios, compare grey and blue-green options, and hand authorities a report they can act on.
- Site
- Catchment
- City
- Coastline
New: climate-uplifted design storms and sea-level rise, applied to any model in one click.
Try it nowExplore the platform
Every question a resilience project asks, answered on the same map.
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Flood-risk assessment
Pluvial, fluvial and coastal flooding with 1D/2D hydraulic modelling. Depth, velocity and duration maps per return period.
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Urban drainage & stormwater
EPA SWMM network analysis: surcharge, capacity and outfall checks, with AI-suggested pipe, culvert and detention sizing.
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Climate scenarios
Extreme-rainfall uplift, sea-level rise and storm surge applied to any model in one click, from 2050 to 2100.
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Blue-green solutions
Test wetlands, detention ponds, bioretention and water-sensitive urban design alongside grey infrastructure.
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Coastal adaptation
Sea-level rise and storm surge with protect, accommodate and retreat options, including mangrove buffers.
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Co-benefits scoring
Score each option on cooling, biodiversity, carbon and amenity using InVEST ecosystem-service models.
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Cost-benefit & prioritisation
Compare adaptation options by avoided damage, cost and co-benefits to build an investment-ready pathway.
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AI analyst
Ask questions about any model run. It explains results, flags risks and drafts recommendations for non-specialists.
One model, three audiences.
Climate adaptation advisors
Frame climate risk for cities and coasts, compare adaptation pathways, and prioritise investment with cost-benefit evidence.
Get startedAgencies & decision-makers
Ask the AI analyst questions in plain language and get maps, trade-offs and recommendations, not raw model output.
Get startedFeasibility to detailed design, without changing tools.
Move from site feasibility to an authority-ready submission in a single workspace.
Urban AI · Ward flood-risk study
Baseline2070 scenarioFlood depth (m)
00.51.5+
- 01
Feasibility
Load terrain, network and land use. Map current and future flood risk across site, catchment or city.
- 02
Concept
Stress-test against climate scenarios and compare grey, green and hybrid options with AI support.
- 03
Detailed design
Size pipes, culverts, detention and blue-green features; check against design criteria.
- 04
Submission
Export calculations, drawings, cost-benefit evidence and an authority-ready report.
Built on open-source engines you can audit.
Hydrology, hydraulics and ecosystem services run on proven, transparent open models, connected through one GIS workspace. No licence lock-in, and every input file stays yours.
- Drainage
EPA SWMM
Urban drainage and stormwater networks: surcharge, capacity, LID controls and outfall flows.
- Hydrology
HEC-HMS
Catchment rainfall-runoff hydrology for design storms and climate-uplifted events.
- Hydraulics
HEC-RAS
1D/2D river and overland flood hydraulics: depth, velocity and extent mapping.
- Ecosystems
InVEST
Ecosystem-service models for urban cooling, flood mitigation, carbon and habitat co-benefits.
- Data
Open GIS stack
QGIS-compatible layers, open DEMs and satellite rainfall for data-sparse cities.
On the roadmapExchange with commercial platforms: MIKE+ · InfoWorks ICM · XPSWMM · TUFLOW
AI that shows its working.
Traceable results
Every recommendation links to the model run, inputs and assumptions behind it.
Engineer sign-off
AI drafts; qualified engineers review, edit and approve before anything is issued.
QA log
Versioned models, checks and changes, ready for internal review and authority audit.
Stakeholder view
A plain-language map for workshops, consultations and co-creation sessions with agencies and communities.
A report your reviewer can sign off.
Auto-drafted flood-risk assessments, drainage design reports and adaptation masterplans, structured to local guidelines (e.g. PUB Code of Practice, ABC Waters) with every number traced to its model run.
- Executive summary for policymakers
- Methodology, assumptions & climate allowances
- Option comparison & cost-benefit tables
- Design drawings, calculations & QA log
Singapore & Southeast Asia ready
Design checks and report templates aligned with PUB Code of Practice on Surface Water Drainage and ABC Waters Design, for submissions involving PUB, HDB, NParks and JTC. Regional templates for wider APAC.
- PUB
- ABC Waters
- HDB
- NParks
- JTC
Flood Mitigation Plan · DPRReviewed
1. Executive summary
184 ha
Flooded area
2,310
Assets at risk
$46M
Avoided damage
Every figure linked to its model run · QA log attached