Make resilient decisions with global
wildfire intelligence.

Assess wildfire risk with a process-based global model that delivers asset-level loss metrics for informed investment and risk decisions.

Wildfire hazard map, Northern Territory near Tennant Creek
spectra.climate-x.com/portfolio/46792/asset/83752353 Wildfires
Wildfires
Hazard Analysis
F
Acute Hazards (Susceptibility and Probability-Based)
Risk Parameterstap to update
Scenario
Year
AAL$92,066
Severity10% (annual burn probability)
Uncertainty Bounds10%-10%
Wildfire risk
LowHigh

The risk is rising, it's local and increasingly financial.

Wildfire is no longer a seasonal, regional problem. It now shapes credit decisions, underwriting, insurance availability, asset values, and climate-risk disclosure worldwide.

160

In global wildfire economic losses between 2014 and 2023, far exceeding the previous decade.

Source: UN Global Assessment Report on Disaster Risk Reduction (GAR 2025)

Risk is no longer about how much land burns; it's about which assets sit in the path.

Coarse scores can't answer that.

Asset-level wildfire risk, resolved to 30m / 98ft globally.

Many wildfire tools stop at broad hazard indicators. Global Wildfire goes further, simulating how fires ignite and spread across real landscapes to quantify asset-level exposure, absolute burn probability, and estimated financial loss across your portfolio.

01 · Coverage

Global coverage. One methodology

Eight regions that together cover 93% of global GDP, consistently modelled: North America, Europe, Southeast Asia, East Asia, Australia, Africa, Latin America and the Middle East. Compare California, Tuscany, Queensland and South Africa without switching models.

02 · Resolution

Asset-level,
30m outputs

Granular enough to separate neighboring assets and treat the Wildland-Urban Interface explicitly. Resolved to 30m / 98ft outputs.

03 · Methodology

Physics-based
simulation

A process-based ignition-and-spread engine (cellular automata) driven by a Machine Learning susceptibility map - not an index, not a score. Burn probability then meets each asset's vulnerability and replacement cost to become financial loss.

Decision-grade metrics, built for real workflows.

Where coarse tools flatten a whole region into one score, Climate X's new Global Wildfire model resolves risk asset by asset.

Probabilistic

Absolute burn probability, not a relative score.

Physics-based

Simulates ignition and spread, not just correlated risk factors.

Financially actionable

Connected to financial loss, not stopping at hazard.

Scenario-ready

Forward-looking to 2100 across SSP1-2.6, 2-4.5, 3-7.0 and 5-8.5.

Globally comparable

One methodology across all eight regions.

Transparent

An explainable model chain for risk, IC and regulatory conversations.

8
Global Regions (93% / GDP)
98
/ 30m - Output resolution
50
Synthetic fires per grid cell
100
Years of simulated activity
4
SSP Scenarios
2000
- 2025 Satellite Data

Better answers for teams that
price physical risk.

Banks | Credit & Regulatory

Support credit risk, climate stress testing and regulatory reporting with asset-level burn probability.

Insurers & Reinsurers | Exposure & Underwriting

Strengthen exposure management, underwriting oversight and enterprise climate risk with probabilistic outputs.

Asset Managers, PE & Infra | Screening & Diligence

Use comparable global wildfire analytics to screen portfolios, prioritise diligence, assess insurance exposure, and support investment committee decisions.

See your portfolio's wildfire risk, asset by asset.

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