Your sourcing decisions can no longer rely on yesterday's climate.
The Seabex Climate Simulator projects water exposure of your supplier agricultural basins through 2100 — so you decide with tomorrow's data.
Four blind spots that threaten your supply continuity
Invisible operational risk
Seasonal water stress appears in no supplier report. Your procurement teams decide without a territorialized agronomic risk map.
Strategic planning without horizon
Investments in irrigation, varieties and logistics amortize over 10–20 years. Your sourcing models still ignore 2050 and 2100 climate scenarios.
Reporting obligation without field data
ESRS E3 requires measuring your value chain's water dependence. Without an independent system, you report estimates.
Supplier dialogue without common reference
Without shared climate projections, no industry adaptation plan can be co-built or financed with your farmer partners.
A territorial simulation, quantified decisions
Definition of your needs: sourcing basins, scenarios, crops
You define the agricultural territories of your upstream supply, the scenarios and the target crops. Each configuration becomes a STU (Unit Territorial Simulation) — the basic analysis unit.
Automatic injection of reference climate data based on selected scenarios
The engine ingests Drias / Copernicus CMIP6 projections across 3 to 17 scenarios and computes plant water balance evolution at field scale, through horizon 2100.
Copernicus CMIP6 · Sentinel-2Crop-by-crop agronomic modelling
50 crops and 250 varieties modelled. For each STU: missing water volumes, stress periods and projected yield losses at chosen horizons up to 2100. This is precise agronomic modelling, not just another statistical model.
Delivery of the decisional territorial report
PDF report structured by basin, usable by your buyers, IT and CSR teams. Each scenario translated into operational risk and adaptation opportunity.
Deliverables ready to integrate into your governance
Territorial water risk map
Per-basin visualization of projected stress level at each horizon, by emission scenario.
Yield curves and critical thresholds
For each modelled crop, projection of yield losses and identification of trigger thresholds.
Ready-to-use ESRS E3 indicators
Structured data (ESRS E3, GRI 303, AFNOR reference frameworks) to feed your CSRD reporting on value chain water dependence and its degree of exposure to water stress.
Strategic report per scenario
Executive summary per scenario, formulated for senior management and governance bodies.
Industry adaptation benchmarks
Cross-basin comparison and identification of priority action levers per supplier territory.
API and data feeds
Direct integration of STU data into your ERP, procurement portal or risk management system.
Designed for decision-makers in agri-food, agricultural sectors and territories
Executive Management
Anchor your geographic diversification decisions in verifiable climate projections.
Procurement Management
Anticipate supply disruptions and integrate water risk into your supplier specifications.
CSR Management
Produce auditable data on your upstream water dependence, compliant with ESRS E3, without supplier declarations.
Chambers of Agriculture
Provide your members with territorial projection tools and co-build departmental adaptation plans.
Agricultural cooperatives
Quantify the climate exposure of your collection area and guide your technical investments.
Local authorities
Integrate agricultural water stress projections into your land planning and territorial resilience policies.
Financial Management
Document physical water-related risks in your extra-financial reports and TCFD analyses.
Simulation parameters that match the challenge
Loiret Chamber of Agriculture
Seabex deploys its STU climate simulator and water diagnostic tool in partnership with the Loiret Chamber of Agriculture. Satellite data feeds field advisors and member farmers.
Read the full case→Tunifert
From satellite monitoring to harvest detection, across a full network
Tunifert deploys Seabex across a network of 186 farmers covering nearly 3,000 hectares in Tunisia. The partnership combines satellite field monitoring, crop-specific irrigation recommendations and value-chain risk tracking, all managed from a single interface. Seabex is now extending this deployment to satellite-based harvest-start detection, helping the network anticipate harvest windows and organise downstream logistics closer to the ground.
Project your water exposure before the market does it for you.
Our teams build your pilot STUs on your priority sourcing basins in under two weeks.