Canopi
Deep-tech geospatial software for physical risk intelligence.
Canopi is purpose-built software that processes climate modelling, hazard layers and local environmental datasets into practical intelligence for investment due diligence, resilience planning and land-use decisions.
Built for those investing in, financing and managing land, property and infrastructure.
Get started.
Climate risk is shaping value.
Most decisions still can’t see it.
Advanced climate and hazard science now produces terabyte-scale, multi-dimensional datasets across models, variables, scenarios, time horizons and locations.
Canopi processes this complexity into decision intelligence — connecting climate modelling, mapped hazard layers and local environmental datasets to show what is changing, where it matters, and what it means for land, property and infrastructure decisions.
Map. Model. Act.
-
01 — MAP
Define and spatially resolve each asset.
Canopi resolves site boundaries, titles and asset geometry, then intersects each footprint with relevant hazard, terrain, soil, water and land-use datasets to create a consistent geospatial evidence base across sites and portfolios.
-
02 — MODEL
Run high-throughput, asset-level risk modelling.
Canopi processes multiple climate models, scenarios, time horizons and variables through its proprietary risk engine, combining hazard, exposure and asset sensitivity to reveal the dominant risk signals at each site and how they change over time.
-
03 — ACT
Turn risk intelligence into decision-ready evidence.
Canopi produces clear and comparable outputs for site selection, due diligence, portfolio resilience planning supporting CRD climate statements, TCFD / ISSB-aligned disclosure and GRESB-style reporting.
Use cases include acquisition and lending due diligence, asset and portfolio strategy, resilience planning, climate-related disclosure and governance reporting.
Grounded in science. Built for governance.
Canopi is built on peer-reviewed climate science, internationally recognised risk frameworks and advanced geospatial data analysis. It combines IPCC physical science, CMIP6 model ensembles, SSP scenario pathways, observed climate records and reproducible spatial methods.
Canopi helps leaders see which risks are most material, where the evidence is strongest, and what needs further attention.
Outputs are:
Traceable: assumptions and source data documented
Comparable: consistent across sites and portfolios
Defensible: structured for reporting, investment and governance
