The AlphaGeo Advantage: Climate Risk & Resilience Index
AlphaGeo versus the market
Last updated
AlphaGeo versus the market
Last updated
Unlike existing products focused purely on climate physical risk, AlphaGeo's Global Climate Risk and Resilience Index is a unique two-in-one scoring suite of (1) Physical Risk and (2) Resilience-adjusted Risk. Together, these deliver risk and resilience assessments at scale. Furthermore, AlphaGeo is much more than a "defensive" climate risk data provider. We are also a predictive location analytics platform with an "offensive" toolkit that includes , Location Signals, and other bespoke metrics useful for investment strategy and portfolio construction.
Unlike traditional approaches to physical risk, AlphaGeo's Global Climate Risk Index uses a unique that accounts for local adaptation measures (or the lackthereof) that offset climate hazards, thus providing a “ground truth” view on the likely real-world impact of climate change. Our approach helps users go beyond assessing risk to guide remediation measures, make strategic decisions, and promote overall resilience.
Climate physical risk scores
Two-in-one scoring suite comprising:
(1) Climate Physical Risk Scores, based on pure physical risk (2) Resilience-adjusted Risk Scores, accounting for local adaptation measures
Underpinning our Resilience-adjusted Risk Scores is the , a unique dataset of globally consistent, hyperlocal geospatial data layers on the adaptation capacity of any coordinate on earth, enabling "ground truth” analysis of climate resilience down to the neighborhood or asset level.
(1) Risk data used for development of physical risk scores
(1) Risk data used for development of Physical Risk Scores
(2) Adaptation data used for development of Resilience-adjusted Risk Scores
1) Climate physical risk scores and underlying data
(1) Climate Risk & Resilience Index
(2) Climate Financial Impact Metrics (3) Location Signals (coming soon!)
Climate physical risk scores
Underlying risk data
Resilience-adjusted risk scores
Underlying resilience (i.e., adaptation capacity) data
Global coverage
Near-term (2030)
Mid-term (2050)
Long-term (2100)
[Financial impact] Expected asset losses (e.g., CVaR)
[Financial impact]
Climate impact on cashflows