For 13,000 listed companies, detailed physical asset location data enriched with asset type, footprint, and a proprietary materiality score. Each company is tagged with sector and domicile metadata and mapped to reference identifiers, including ISIN codes.

With global coverage, high-resolution climate projections across 57 distinct hazards. The projections are delivered as probability distributions, capturing the full range of potential outcomes from optimistic to worst-case, along with their likelihoods.

Projections of climate-related damages expressed as a percentage of property replacement value. Upload a custom portfolio of physical assets or explore RiskThinking.ai’s database of 6 million assets mapped to 13,000 listed companies. The analytics include expected losses, tail risks, and the probability of adverse outcomes, with insights into both multifactor impacts and individual hazard attribution.

With global coverage, high-resolution projections of annual electricity grid downtime, measured in days. The analytics include expected losses, tail risks, and the probability of adverse outcomes, with insights into both multifactor impacts and individual hazard attribution.

Currently covering 10 major crops globally, high-resolution projections of annual yield loss from physical climate risks, measured relative to historical baselines. The analytics include expected losses, tail risks, and the probability of adverse outcomes, with insights into both multifactor impacts and individual hazard attribution.

Covering every sovereign and sub-sovereign globally, projections of economic output losses, measured in USD. The analytics include expected losses, tail risks, and the probability of adverse outcomes, with insights into both multifactor impacts and individual hazard attribution.

Currently covering every seaport globally, access global projections of climate-related port disruptions, measured in days of operational downtime. The analytics include expected losses, tail risks, and the probability of adverse outcomes, with insights into both multifactor impacts and individual hazard attribution.