Orbital Stack
Orbital Stack is an AI and CFD web-based software that provides earlier qualitative guidance, comparing a large number of design options while highlighting any potential wind and thermal comfort red flags. It allows for the realization of a variety of climate-conscious, high-performance developments not previously feasible due to cost and/or time constraints associated with traditional studies.
Orbital Stack is the first digital climate-analysis tool built by global leaders in wind and microclimate engineering using real wind tunnel data. It is truly a game-changer for the architecture and building design sector, offering our clients direct access to wind comfort and safety analysis, thermal comfort and shadowing analysis, and cladding pressure simulations. This means architects can run their own wind simulations and quickly understand the climate impacts of their proposed building designs from the start, making decisions that result in higher performing and more resilient projects.
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risQ
risQ is the leader in modeling and translating climate risk to the bottom line for municipal debt participants. risQ enables transparency in municipal climate risk. This empowers investors to better manage portfolios and allows cities to identify cost-benefit effective climate adaptation opportunities. Intensification of heatwaves puts public health and the energy sector at risk, threatening the tax bases of cities. Coastal and inland floods continue to increase in terms depth and frequency, threatening billions in land value and real estate. Hurricanes are intensifying and bringing unprecedented rainfall, threatening major metros in new ways. Expansion of cities and increasing drought is multiplying the risk of wildfire to property and infrastructure at risk.
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Correntics Climate Risk
Analytics Platform
Correntics Climate Risk Analytics Platform helps organizations identify, assess, and manage physical climate risks across assets, operations, and supply chains. The cloud-based platform combines climate data, geospatial analytics, and interactive mapping to evaluate exposure to hazards such as floods, heat, droughts, wildfires, sea level rise, and storms. Users can perform asset-level and portfolio-wide risk assessments, compare current and future climate scenarios, and prioritize resilience strategies. Automated reporting supports climate disclosure frameworks, including IFRS S2 and TCFD. With intuitive dashboards, customizable analytics, and science-based insights, Correntics enables sustainability teams, risk managers, financial institutions, consultants, and infrastructure organizations to make informed decisions, strengthen resilience, and support long-term climate adaptation.
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Geospiza PATH
Geospiza PATH™ is an intuitive climate risk assessment platform that enables risk managers, sustainability teams, operation departments, and asset managers to quantify and take action to reduce climate and natural hazard risks. PATH™ visualizes asset risk to a variety of hazards including flood, heat, drought, hurricane & cyclone, and wildfire – and evaluates the costs and benefits of potential actions. Geospiza models real-time climate change data, allowing you to quickly move from costly unknowns into measurable action. Apply climate change analytics and disaster modeling to structures, people, investments, strategic regions–on a map. Engage the best climate risk models to understand the hazard and climate risks facing business. Apply climate change analytics and disaster modeling to structures, people, investments, and strategic regions. After evaluating your risk, create a strategy for mitigating risk, enhancing resilience, and adapting to the consequences of climate change.
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