Climate Scale

Core Features

Climate Scale's methodology is rooted in scientific rigor and spatial precision. It acts as a specialized data engine, downscaling the latest generation of global climate models (CMIP5 and CMIP6) from a coarse resolution of 100-200 km to a hyper-local 3 km or 25 km scale. This process, calibrated with up to 40 years of high-resolution observational data, provides what the platform terms "climate intelligence"—tailored projections of how chronic and acute hazards will evolve at specific asset locations worldwide. The platform's value lies in its ability to turn this intelligence into compliance-ready analysis and risk metrics. Some of its main features are:

• Regulatory-Aligned Hazard Reporting: The platform generates reports specifically designed to fulfill the physical risk disclosure requirements of all major frameworks. It provides metrics for over 20 climate variables.

• Sector-Specific Risk Analytics: Beyond general metrics, Climate Scale offers specialized modules for key industries. Its ENERGY+ product provides sub-daily wind projections at true turbine hub height, critical for energy yield assessments and financing wind farms in a changing climate.

• Portfolio and Project-Level Screening: Users can screen for climate hazards across extensive portfolios or conduct deep-dive assessments on individual projects. The tool creates hazard and risk matrices that consider both acute (e.g., floods) and chronic (e.g., sea-level rise) risks.

• Customizable Data Delivery: Data is not limited to static reports. Users can access daily time series, regional climate maps, or integrate live data directly into their own systems via an API for dynamic dashboards and tools.

• Scientific Confidence Scoring: Adhering to Intergovernmental Panel on Climate Change (IPCC) standards, the platform assigns confidence levels to its projections. A "high confidence" rating is given when at least 80% of the underlying climate models agree on the direction of change, providing crucial context for risk-based decision-making.

Closing Insights

Climate Scale's origin is distinctly academic. Founded in 2019 as a spin-off from the weather and wind modeling firm Vortex FDC, its founding team comprises PhD-level scientists, including Dr. Ana Lopez, who leads its scientific research. This heritage is its primary differentiator; it is a product built by climatologists for risk analysts. Unlike many ESG software platforms that aggregate qualitative scores, Climate Scale's foundation is proprietary, physics-based modeling. This scientific pedigree has earned it recognition, including a place on the 2024 #ESGFinTech100 list, which highlights technology innovators supporting the financial sector's ESG goals.

The platform is targeted at organizations with tangible, long-lived assets exposed to environmental forces. This makes it a vital tool for:

• Financial Institutions (banks, asset managers, insurers) conducting due diligence and complying with mandatory climate risk disclosures.

• Renewable Energy Developers and Operators assessing project viability and future resource variability for wind and solar farms.

• Corporate Real Estate and Infrastructure Managers needing to future-proof building portfolios and supply chains.

For users considering Climate Scale, the platform operates on a contact-for-pricing model, with access available on a pay-as-you-go, packaged, or subscription basis. A key value from Climate Scale is its granular data. When the cost of being wrong about future climate hazards can mean stranded assets or failed projects, the platform provides the scientific backbone needed to make evidence-based, resilient decisions.