Product overview: Climate Risk Dashboard

Decision-ready insights for physical climate risk

The Climate Risk Dashboard helps lenders and asset owners understand, quantify and manage physical climate risk across their portfolios. Built to support both regulatory requirements under AASB S2 and real-world risk decisioning, the dashboard translates complex climate science into intuitive, actionable insights for risk, credit and strategy teams.

Delivered natively in Microsoft Power BI, the Climate Risk Dashboard combines fine-grained geospatial intelligence with forward-looking climate scenario analysis. Users can assess physical climate risk at both portfolio and individual asset level, explore multiple hazards and scenarios, and understand how risk evolves over time out to 2100.

What it enables

  • Portfolio risk visibility: identify concentrations of physical climate risk across geographies, sectors and asset types

  • Asset-level prioritisation: pinpoint high-risk properties to support credit decisions, customer engagement and adaptation planning

  • Scenario analysis: assess impacts under Paris-aligned and higher-warming pathways across short-, medium- and long-term horizons

  • Decision support: move from abstract climate metrics to insights that support underwriting, portfolio management and strategy

Key features

  • Multi-hazard coverage: flooding, extreme rainfall, heat stress, bushfire, extreme wind and coastal inundation

  • Fine-grain resolution: metre-level geospatial accuracy to capture local topography and exposure

  • Integrated risk view: climate hazard data combined with loan metrics and portfolio attributes

  • User-friendly design: intuitive visualisations built for non-technical users

  • Secure delivery: deployed on pre-approved enterprise technology (Power BI)

How it works

The Climate Risk Dashboard is underpinned by a robust analytics pipeline:

  1. Geospatial enablement to accurately map assets and their physical characteristics

  2. Climate risk modelling driven by climate science, AI and high-performance computing

  3. Damage functions translating physical hazards into expected financial impact

  4. Visualisation that turns complex analysis into decision-ready insights

The result is a single, integrated view of physical climate risk—designed to support compliance, improve risk management, and enable better conversations with customers.

 

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