The AI platform for climate adaptation.

Groundswell is the climate adaptation platform that translates complex climate data into action. Identify risks, analyze impacts, and plan for the future in plain language.
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Wildfire risk
Flood risk
Coastal erosion
Climate migration
Biodiversity loss
Drought conditions
Sea level rise
Extreme weather
Extreme heat
Urban drainage
Wildfire risk
Flood risk
Coastal erosion
Climate migration
Biodiversity loss
Drought conditions
Sea level rise
Extreme weather
Extreme heat
Urban drainage
Wildfire risk Flood risk Coastal erosion Climate migration Biodiversity loss Drought conditions Sea level rise Extreme weather Extreme heat Urban drainage Wildfire risk Flood risk Coastal erosion Climate migration Biodiversity loss Drought conditions Sea level rise Extreme weather Extreme heat Urban drainage
Wildfire risk Flood risk Coastal erosion Climate migration Biodiversity loss Drought conditions Sea level rise Extreme weather Extreme heat Urban drainage Wildfire risk Flood risk Coastal erosion Climate migration Biodiversity loss Drought conditions Sea level rise Extreme weather Extreme heat Urban drainage

How it works

The tech that powers Groundswell.
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Gemini 2.5 Pro

Plan in minutes

Speak in plain language with an intelligent climate agent that provides clear, actionable insights on climate adaptation.

NOAA logo
IPCC logo
WRI logo
IEA logo
World Bank logo
ESA logo

Leverage trusted data

Access trusted data from public sources like NOAA, IPCC, and Copernicus in a unified, AI-first knowledge base for accurate analyses.

python
1 import groundswell as gs
2
3 local_exposure_data = gs.connectors.load_local(
4 path="data.csv"
5 )
6
7 result = gs.workflows.run(
8 "RiskAssessment",
9 model="gemini-2.5-pro",
10 data_sources=["NOAA", local_exposure_data],
11 location="Copenhagen",
12 scenario="SSP2-4.5",
13 )
14
15 print(result.assessment_summary)

Integrate your data

Easily connect your enterprise data to Groundswell with our Python SDK. Our AI agents help you fill in the gaps.

Use cases

Real-world prompts.

Emergency Services Siting

Help a national healthcare network identify optimal locations for new emergency care hubs and cooling shelters based on heat exposure, grid reliability, vulnerable populations, and travel-time coverage.

Extreme heat Facility siting

Hospital Continuity: Power & Water

Design backup power, water storage, and microgrid investments for hospitals to maintain critical operations during heatwaves and storms. Prioritize facilities and estimate resilience ROI.

Power reliability Water security

Climate‑Smart Sourcing

Recommend alternate suppliers and nearshoring options that balance water stress, heat exposure, and logistics. Generate a transition plan with timelines and supplier scorecards.

Water stress Supply chain resilience

Worker Safety & Cooling Retrofits

Plan warehouse and factory retrofits—passive cooling, shade, and shift scheduling—to reduce heat exposure while maintaining throughput. Estimate cost and impact.

Heat safety Passive cooling

Adaptation Finance: Project Pipeline Builder

Screen municipal and corporate projects for adaptation outcomes, quantify benefits, and package them into investable portfolios with measurable KPIs.

Adaptation finance Project pipeline

Neighborhood Cooling Network

Site trees, shade structures, and public cooling centers to protect vulnerable households. Prioritize blocks by heat exposure, walkability, and canopy, and produce a phasing plan.

Extreme heat Nature-based solutions

FAQs

Frequently asked questions.