ClimatePro

Screen climate impacts on any asset, instantly

Cut delivery time with immediate insights based on audit-ready scientific datasets.

Quantify risk in every location

Understand physical and transition risks for any location on earth.

Build credible roadmaps to reach carbon targets

Optimize net zero pathways to reach targets on time, at minimum cost.

Zero in on critical hotspots

Quickly understand risk exposure in different scenarios to inform business decisions.

Mitigate risk in one click

Build informed roadmaps for adaptation and mitigation with quantified business cases.

Save time with effortless reporting

Download asset summaries, investment memos and disclosure drafts aligned with global climate frameworks.

Solutions for busy teams

Deliver credible, science-backed climate action plans on time and on budget.

Understand financial impact

Quantify financial risk and business cases based on climate science and statistical analysis, across a range of future scenarios.

Quantify losses

Stress-test portfolio risk

Explore future outcomes, test assumptions and identify hotspots to map risk exposure for informed decisions under uncertainty.

Explore worst-case scenarios

Optimize CapEx allocation

Prioritize projects based on intelligent optimization and marginal abatement cost to reach targets on realistic budgets.

Optimize my CapEx budget

Draft disclosures quickly

Cut the time and cost of reporting with downloadable outputs and supporting data aligned with climate disclosure frameworks.

Automate my reports

Invest with confidence

Enhance your climate diligence and value creation with data-backed business cases and decision support for investment committees.

Build my models

Replace manual spreadsheets

Deliver more projects faster, and with less resources, to improve margins and build a competitive edge for your business.

Accelerate my workflow

How it works

From climate science to financial impact in one intuitive workflow. Explore each layer to see how ClimatePro turns peer-reviewed climate datasets into expected annual losses.

Climate scenarios

01 · Climate scenarios

Future scenario analysis

Explore future pathways and time horizons that match your asset lifecyles, hold periods and risk appetite.

IPCC-aligned pathways: Orderly transition (SSP1-2.6, 1.5-2°C), Delayed transition (SSP2-4.5, 2-3°C) and Fossil-fuelled (SSP5-8.5, >4°C).
Four time horizons: baseline, early-century, mid-century and late-century to give full visibility of outcomes.
Downscaled CMIP6 bias-corrected climate projections using multi-model ensembles to extract signal from noise.

02 · Physical hazards

How severe, and how likely

29 physical indicators mapped globally across 6 return periods, showing both the intensity and probability.

Acute hazards such as floods, storms, wildfires and landslides are modelled over return periods from 1-in-10 years to 1-in-500 years.
High-probability events capture frequent impacts, while longer return periods help to quantify tail risk.
Chronic hazards such as extreme heat, extreme cold and water stress are measured as gradual, ongoing changes that disrupt operations and revenue.

03 · Exposure

What's in harm's way

Impact is quantified at precise geospatial coordinates for asset value, economic exposure and OpEx cost.

Asset value, such as replacement cost or investment value, is the basis for physical damage losses.
Annual economic exposure, meaning the revenue or output at risk, is the basis for productivity and disruption losses.
Conditioned floor area is the basis for future change in heating and cooling energy costs.

04 · Vulnerability

How much loss is inflicted

Damage functions translate hazard intensity into the share of value lost or disrupted. Each asset uses damage functions unique to its type and location.

Flood depth–damage curves are specific to each continent and asset class.
Wind and wildfire damage is based on construction class, while heat and cold losses follow productivity dose-response curves for each asset type.
Asset resilience and portfolio severity settings let you tailor vulnerability to each asset and portfolio.

05 · Financial impact

Quantified loss, not just scores

Loss at each return period forms an exceedance-probability curve for every asset and hazard, to inform expected annual loss and cost-benefit analysis.

Expected annual loss (EAL) is the probability-weighted average loss per year, giving a common metric to assess risk on equal terms.
Tail metrics, including value at risk (VaR) and losses at each return period, give the worst-case downside.
Asset and portfolio totals are compared for every scenario and time horizon, with clear visuals.

01 · Transition scenarios

The race to net zero

Transition pathways set the pace of climate policy, technology change and energy markets, matched to the same future timeframes as physical risk.

NGFS-aligned pathways: Net Zero 2050 (orderly), NDCs (delayed) and Current Policies (fossil-fuelled).
Carbon price trajectories from the NGFS Phase V scenario ensemble, assessed over the same time horizons as physical hazards to map risk equally.
Comparing physical and transition risk together shows the nuanced cost interactions and tradeoffs for your assets and portfolios.

02 · Emissions

Find your carbon hotspots

Asset-level energy use and GHG emissions are used to inform policy, technology and market exposure.

Scope 1, 2 and 3 emissions are broken out for each asset, in alignment with GHG Protocol standards.
Scope 2 emissions are forecasted for each location based on grid decarbonization, to identify regional headwinds and tailwinds for reaching targets.
Energy use, fuel types and price escalation rates are customized for each asset to inform market impacts across all scenarios.

03 · Carbon policy

The cost of emitting

Scope-weighted carbon prices are applied to each asset's emissions to estimate the cost of compliance.

Carbon price forecasts are adjusted for each region based on local carbon taxes, emissions trading schemes and border adjustments.
Weights can be adjusted for each emission scope to customize for contract structure and procurement exposure.
Regional pricing is based on the World Bank Carbon Pricing Dashboard and the ICAP ETS price tracker.

04 · Technology

The capital needed to transition

Transition CapEx is the technology investment each asset needs to meet its decarbonization target.

Technologies are prioritized by marginal abatement cost to reach targets cost-effectively.
Detailed financial models are used to build robust business cases that can get approved by boards and investment committees.
Financial models can be exported as spreadsheets and graphics for offline analysis and reporting.

05 · Energy markets

Shifting energy costs

Energy prices move differently under each pathway, changing the annual cost of running each asset.

Annual energy costs are forecasted for each time horizon based on interacting electricity and fuel prices in each scenario.
Energy cost exposure is quantified as the extra cost compared with the lowest-cost scenario, net of savings from decarbonization measures.
Energy prices can be customized for each asset, time horizon and fuel type to inform project feasibility.

06 · Financial impact

One annual exposure figure

Carbon, technology and market drivers are combined in an annualized cost, to allow meaningful comparison between transition scenarios and with physical risk.

Driver weights can be adjusted for each portfolio to reflect views of policy, technology and market risk.
Asset and portfolio transition risk exposure is forecasted for every scenario and time horizon.
Results inform decarbonization roadmaps and reporting outputs, showing how much exposure each measure avoids.

Rapid results to save time, protect margins and drive business value

Learn how sustainability professionals, advisors and investors get the outcomes they need.

Your climate workflow doesn't need to be slow and expensive

Teams spend weeks analyzing datasets and building slide decks - but you need immediate, clear insights that don't slow down your business.

Instant visibility

Global overview and site-level detail in one clean workflow

Intelligent insights

Leverage AI for bespoke insights on your unique risks and opportunities

Move fast with confidence

Deliver project outcomes quickly, backed by transparent, defensible data

Add assets on demand, scale as you grow

Explore the full product on demo assets — no signup needed. Create a free account to add your own assets and portfolios.

Explorer

€0

Global coverage of 29 physical risk indicators and 6 return periods

Technology, policy, and market transition risk indicators

Scenario analysis of 3 pathways and 4 timeframes to 2100

Custom asset risk exposure, vulnerability and damage functions

Full functionality of demo assets to validate workflow

Start exploring

Best for small teams

Pro

Early access

€20+

per asset

Early-access pricing · List price €40+

Physical risk intensity, damage functions and expected annual loss

Transition risk exposure to carbon pricing, energy cost and transition CapEx

Advanced risk analytics and target setting for assets and portfolios

Asset-level adaptation plans and business cases with quantified loss avoidance

Asset-level decarbonization roadmaps and discounted cash flow analysis

Organization workspace access for up to 5 seats, with user roles and permissions

Get started

Enterprise

Custom

API access to physical and transition risk indicators for all climate hazards, scenarios and return periods

Bulk data delivery via JSON or CSV

Portfolio-scale batch processing

Internal use and redistribution licensing

Data source, provenance and methodology documentation for auditors

Usage dashboard and API key management

Contact sales

Prices exclude VAT, which is calculated based on billing address and added where required by law.

Expert advisory for measurable results

Turn climate intelligence into outcomes that matter.

Learn more Discuss your project

Your questions, answered

ClimatePro enables both technical and non-technical users to quickly understand the impacts of climate risks on their assets and portfolios, and how to plan for cost-effective mitigation and adaptation. It gives these fast, informed insights based on global open-source climate datasets and best-practice frameworks.

ClimatePro supports business strategy development and CapEx project planning for effective climate risk & opportunity screening, site selection, due diligence, stress testing, risk prioritization, and scenario comparison. It quanitifies the asset-level business case for both adaptation and mitigation (decarbonization) measures to inform financial investment decisions.

Unlike static reports or one-off studies, ClimatePro is instant, interactive and scalable. You can update assets, scenarios, and assumptions in seconds, without waiting for analyst results each time you or your client need answers.

ClimatePro offers full platform access for demo assets, at no cost, to help you validate your workflows and use cases. The Pro plan enables full platform access for up to 5 team seats to manage any number of licensed assets, while the Enterprise plan provides data-as-a-service for external platform integration.

ClimatePro automates data analysis to save you as much time as possible, but some objectives are better suited to bespoke project support. CllimatePro Advisory delivers energy & carbon reduction audits, training sessions & workshops, project & program management, GHG accounting & lifecycle analysis, SBTi target setting, and other professional consulting services. Please reach out for advice on how best to achieve your climate objectives. More details can be found on the Advisory page.

ClimatePro is designed to be user-friendly and intuitive for both beginners and experts. Complex climate data is translated into clear insights so you can focus on decision-making, rather than interpreting raw scientific outputs.

ClimatePro supports TCFD, ISSB, CSRD, UK SRS, SB 261 and related frameworks by enabling consistent, science-based screening of physical and transition risks and opportunities across locations, assets, and portfolios. The platform aligns with IPCC AR6 scenarios and leading global climate datasets, allowing users to identify material risks, compare scenarios, and prioritize hotspots for deeper analysis. Data sources and methodologies are transparent, scientifically validated, and audit-friendly.

Physical risk from climate hazards is quantified using peer-reviewed, open-source scientific climate datasets from leading institutions such as NASA, Copernicus C3S and the European Commission Joint Research Centre in alignment with IPCC AR6. Transition risk from climate drivers is quantified using peer-reviewed, open-source scientific datasets covering national and subnational policy stringency, carbon pricing, electricity grid emission intensity, and scenario-based forecasting. Risk is assessed based on general methodologies from the Task Force on Climate-Related Financial Disclosures (TCFD) and related frameworks.

Quantitative indicators are computed from scientific datasets (NASA NEX-GDDP-CMIP6, Copernicus C3S/ERA5, JRC, WRI, STORM, NGFS, Ember, OECD, Eurostat, DESNZ, US EIA) licensed for commercial use, with no undocumented sources. Every release is versioned and verified, with data methodology and provenance tracked for auditing purposes.

Yes - the Pro plan allows all raw data and derived outputs to be exported as structured spreadsheets, as well as summary reports in various formats (asset-level risks & opportunities, investment memos, and portfolio-level disclosure drafts aligned with IFRS S2, ESRS E1, etc.) The Enterprise plan offers direct API access to data-as-a-service (DaaS) for third-party platform integrations.

Undecided if ClimatePro is right for you?

Book a short call to see the platform, ask questions, and learn how ClimatePro can help you take cost-effective action on climate risk and decarbonization.

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CLIMATEPRO

Revealyour hiddenclimate riskin less than60 seconds