UrbanFootprint
With the most comprehensive urban, climate and community resilience data platform anywhere, you can assess risk, understand markets, make better decisions, and make better business decisions. With granular mobility, urban, and environmental data, you can assess the existing conditions and land use right down to the parcel level. Analyze vulnerabilities, impacts, policy interventions, and how they intersect at the state, city and neighborhood levels. Evaluate the effects of climate change and natural disasters on communities, resources, infrastructure, and other stakeholders. The next generation of urban planning and mobility planning will be based on granular parcel, transport and environmental data. ESG reporting can be improved by data-driven, meaningful assessments of environmental and social impacts. Targeted climate, hazard and urban vulnerability data can help build more resilient and equitable communities.
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Understory
Traditional insurance has not adapted to the increasing threat of severe weather. Understory™, a leader in insurance solutions for the era that climate change is occurring, is a leading provider. Learn how your business can manage severe weather risks with flexible, transparent and simple insurance coverage. Discover how our revolutionary hyperlocal climate risk engine can make even the most difficult climate risks profitable. Learn why we are driven to protect the most vulnerable industries from severe weather risk. Unparalleled precision and unprecedented understanding. Meet Dot™, the state-of-the art weather sensor that powers our revolutionary technology platform. Traditional insurers lack the tools necessary to accurately price and assess severe weather risk. They don't know what to expect and they end up paying high premiums.
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Terrafuse AI
Climate change has caused extreme wildfire conditions to rise by 50% in recent years, resulting in $31B in property damage. Insurance companies have been reluctant to insure California homes and businesses, drastically reducing their revenue. Terrafuse's wildfire AI risk scores predict the likelihood that any property will burn one year in advance. Insurance companies can use our wildfire risk product to underwrite more businesses, reduce non-renewals to only properties with high burn probabilities, and also price business in a way that is proportional to actual risk. Our models are trained to recognize the interdependencies among 50+ environmental conditions (e.g. We train our models to learn the interdependencies between 50+ environmental conditions (e.g., building density, dead fuel moisture and vegetation) and the severity of loss over time. Advanced machine learning techniques are used to embed the physics and atmosphere in our models.
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Geospiza PATH
Geospiza PATH™, an intuitive climate risk assessment platform, enables risk managers, sustainability departments, asset managers, and operation departments to quantify and take actions to reduce climate and natural hazards risks. PATH™, which visualizes asset risk to a range of hazards such as flood, heat and drought, hurricane and cyclone, wildfire, and evaluates the benefits and costs of possible actions, is available from Geospiza. Geospiza models climate change data in real time, making it easy to turn costly unknowns into actionable steps. Climate change analytics and disaster modelling can be applied to structures, peoples, investments, and strategic regions-on-a map. To understand the climate risk and hazards facing businesses, you need to engage the best climate risk modeling. Climate change analytics and disaster modeling can be applied to structures, peoples, investments, and strategic areas. After assessing your risk, develop a strategy to mitigate it, increase resilience, and adapt to the effects of climate change.
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