Primary beachhead · Food & agribusiness
Quantify the ROI of climate resilience across agricultural supply chains.
Model supplier exposure, crop yield-at-risk, adaptation interventions, avoided procurement loss, and supplier resilience scores across climate-sensitive sourcing regions.
Demo scenario · Food + agribusiness
Baseline climate exposure to resilient-future economics.
Baseline exposure
Yield-at-risk
18–24%
Financial exposure
$42M seasonal supplier exposure
Supplier resilience
58 / 100
Operating signal
High heat-stress weeks overlap flowering window
Resilient future
Adaptation intervention
Shade agroforestry, soil moisture retention, flood buffers
Avoided loss
$11.8M
Return on investment
3.4×
Payback period
2.7 years
Supplier resilience
81 / 100
Avoided loss
ROI
Yield-at-risk
Supplier exposure
GHG impact
Livelihood reach
Illustrative demo data for product storytelling; not customer, investment, or underwriting advice.
Sector problem
Agricultural resilience teams need investment cases, not isolated pilots.
Drought, heat stress, flooding, and soil degradation are already affecting sourcing reliability. But adaptation projects are difficult to scale when teams cannot compare baseline exposure, intervention cost, avoided procurement loss, payback period, and farmer/community exposure in one decision system.
Resilient workflow
Plan, implement, measure, evaluate, report.
A shared operating model for moving from climate-risk signal to resilience investment case.
01
Plan
Prioritise projects, assets, suppliers, and geographies against baseline climate conditions.
02
Implement
Translate interventions into trackable resilience programmes with cost, timing, and operational assumptions.
03
Measure
Use geospatial AI, Earth Observation, hyperlocal models, and digital twins to monitor performance.
04
Evaluate
Compare baseline exposure with resilient future states and quantify avoided-loss and ROI.
05
Report
Package decision-grade resilience metrics for finance, operations, risk, and external stakeholders.
Example scenario
Baseline versus resilient future state.
Each scenario is illustrative demo data designed to show the product logic, not customer data or financial advice.
Illustrative demo scenario · Cocoa sourcing region
Drought and heat exposure to resilient sourcing investment case.
A cocoa sourcing region faces increasing heat-stress weeks and dry-season volatility during flowering and pod development. Resilient compares baseline exposure against a resilient future state after drought-resistant seedlings, agroforestry, soil moisture management, and irrigation efficiency interventions.
Baseline conditions
- —24% yield-at-risk across exposed supplier clusters
- —$42M seasonal procurement exposure
- —58 / 100 supplier resilience score
- —High farmer/community exposure during dry-season income shocks
Resilient future state
- —11% yield-at-risk after intervention package
- —$11.8M illustrative avoided procurement loss
- —3.4× ROI with 2.7 year payback
- —81 / 100 supplier resilience score
Yield-at-risk
−13 pts
Baseline to resilient future state
Avoided procurement loss
$11.8M
Illustrative seasonal avoided-loss model
Supplier resilience
+23 pts
Composite demo score
Illustrative demo data for product storytelling; not customer, investment, or underwriting advice.
Sector metrics
Decision-grade resilience metrics.
Metrics are designed to help teams compare interventions, report outcomes, and justify adaptation investment.
Yield-at-risk
24% → 11%
Crop exposure across climate-sensitive windows.
Avoided procurement loss
$11.8M
Financial delta from reduced disruption and yield loss.
Supplier resilience score
81 / 100
Trackable supplier-cluster resilience index.
Payback period
2.7 years
Intervention cost against avoided-loss benefits.
Exposed hectares
47k ha
Geospatial footprint for sourcing exposure.
Community exposure
12.4k farms
Farmer and livelihood reach where defensible.
Intervention cost
$3.5M
Demo project cost stack for adaptation planning.
GHG co-benefits
18 kt CO₂e
Optional land-use and agroforestry co-benefits.
Use cases
Food & agribusiness use cases.
Focused entry points for teams that need practical resilience intelligence without overclaiming product maturity.
Drought-resilient crop interventions
Supplier exposure mapping
Crop yield-at-risk modelling
Adaptation project ROI
Climate-resilient sourcing
Portfolio-level supply-chain resilience
Early access
Build the case for food & agribusiness resilience.
Use Resilient to compare baseline conditions, resilient future states, and quantified ROI before adaptation capital scales.