Top AlphaGeo Alternatives

Geospiza PATH™ serves as an intuitive platform tailored for the evaluation of climate-related risks, equipping risk managers, sustainability teams, operations staff, and asset managers with the tools necessary to accurately assess and alleviate the dangers posed by climate change and natural disasters. The platform visually delineates how various assets are susceptible to threats like floods, extreme temperatures, droughts, hurricanes, cyclones, and wildfires, while also evaluating the potential costs and advantages of several risk management approaches. By incorporating up-to-date climate change information, Geospiza allows for a seamless shift from uncertain risks to practical solutions. Users can apply climate change analytics and disaster modeling across diverse sectors, including infrastructure, workforce, investments, and regions of strategic significance, all presented through an interactive map. By engaging with sophisticated climate risk models, organizations can achieve an in-depth understanding of the environmental challenges confronting them. Following a careful examination of these risks, businesses can formulate a strong strategy focused on risk reduction, resilience building, and adaptation to the effects of climate change, thereby ensuring a proactive stance against future adversities. This extensive framework not only aids in immediate decision-making but also encourages the adoption of sustainable practices over the long term, reinforcing a commitment to environmental responsibility. Ultimately, Geospiza PATH™ empowers users to navigate the complexities of climate risks with confidence and clarity.

Orbital Stack is a web-based platform that leverages AI and computational fluid dynamics to deliver preliminary qualitative insights, assessing various land-use scenarios and identifying potential issues. It facilitates the creation of environmentally responsible and high-performance developments that conventional studies cannot achieve. Developed by leading authorities in microclimate engineering and aerodynamics, this innovative tool revolutionizes the architecture and construction sectors by providing clients with immediate access to analyses related to wind comfort, safety, thermal comfort, shadowing impacts, and cladding pressure simulations. Consequently, architects can rapidly grasp the climatic implications of their design concepts, leading to more informed choices and ultimately fostering the development of more resilient and efficient projects. As a result, Orbital Stack not only enhances design accuracy but also promotes sustainable practices in the built environment.

risQ leads the way in modeling and interpreting climate-related risks for stakeholders in municipal debt, offering vital information on how these risks influence financial results. By promoting transparency regarding municipal climate threats, risQ empowers investors with essential resources to manage their portfolios effectively, while assisting cities in identifying affordable climate adaptation strategies. The alarming rise in heatwaves poses significant threats to public health and disrupts the energy sector, which in turn jeopardizes municipal tax revenues. Additionally, both coastal and inland flooding are becoming more frequent and severe, threatening billions in property value and real estate assets. Hurricanes are also intensifying, bringing unprecedented levels of rainfall and presenting new challenges for urban areas. As urban populations grow and drought conditions become more severe, the risk of wildfires endangering properties and infrastructure is further amplified. Therefore, the insights provided by risQ are indispensable for navigating these intricate and dynamic challenges, ensuring that investors and city planners can make informed decisions in a changing climate. Ultimately, the proactive measures and strategies informed by risQ can significantly enhance resilience against these escalating climate threats.

Moody's Climate on Demand provides crucial insights by harnessing extensive data and analytics to pinpoint both existing and forecasted location-specific hazards to tangible assets stemming from climate-related damages and operational disruptions. With a worldwide scope, it offers hazard and impact risk scores alongside scenario analysis capabilities projected through 2100, in addition to metrics that address the financial repercussions of climate change. The platform evaluates susceptibility to six major climate threats: flooding, heat stress, hurricanes and typhoons, rising sea levels, water scarcity, and wildfires. By allowing users to analyze physical climate risks for distinct assets and portfolios, it enables the incorporation of climate risk into property valuations, due diligence, impact assessments focused on climate relevance, and compliance with regulatory requirements. Moreover, the tool assists in pinpointing assets that face heightened risks from climate events, monitors portfolio vulnerability, and reinforces thorough due diligence in property investments by quantifying climate-related risks effectively. This multifaceted strategy not only empowers stakeholders to make well-informed decisions but also enhances their understanding of the intricate landscape of climate risk management and its implications for future investments.

First Street Foundation functions as a non-profit organization dedicated to assessing and communicating climate-related risks throughout the United States. By employing advanced climate science and engineering methodologies, the foundation provides thorough analyses of various environmental risks, including flooding, wildfires, wind damage, extreme heat, and air pollution. Their mission is to make climate risk not only understandable but also actionable for individuals, government entities, and businesses. Through comprehensive data and insightful assessments, First Street Foundation aims to link climate change with financial implications, thus promoting more informed decision-making and proactive strategies for managing risks. The organization’s hazard models are carefully developed and subject to peer review to guarantee their precision and reliability. These models address multiple flooding types (such as surge, pluvial, fluvial, and tidal), the impacts of hurricane winds, wildfire behavior (including ember flux and flame length), occurrences of extreme heat, and air quality issues (particularly concerning ozone and PM2.5 concentrations). This all-encompassing strategy equips stakeholders with the knowledge necessary to recognize their vulnerabilities in an evolving climate landscape, ultimately fostering resilience and preparedness.

The Climate Intelligence Suite by Royal HaskoningDHV offers a broad spectrum of global consultancy services that emphasize risk management, resilience, and sustainability, enabling effective navigation of complex climate-related issues. Leveraging a deep understanding of how weather influences various processes, assets, and infrastructure, this suite provides users with actionable insights regarding threats to physical assets worldwide. It combines high-resolution natural hazard data with sophisticated machine learning methods, climate exposure assessments, and detailed risk scoring systems, facilitating the analysis of both current and future climate risks that could affect suppliers and customers alike. Addressing a diverse array of 19 natural hazards, such as coastal and river flooding, tropical storms, droughts, wildfires, earthquakes, volcanic activity, and hail, this platform offers a comprehensive view by analyzing decades of historical, real-time, and forecasted climate information. Furthermore, its integrated approach empowers organizations to proactively devise and implement strategies aimed at reducing potential risks linked to climate change and its unpredictable impacts. This proactive stance not only fosters resilience but also supports long-term sustainability goals.

The EcoAct Climate Risk Tool (ECLR) is a comprehensive platform aimed at evaluating and visualizing climate-related risks, specifically catering to the analysis of how 28 unique climate hazards can affect the physical locations of various organizations. It provides users with the ability to explore an array of important factors, climate scenarios, and time frames, which facilitates the focused prioritization of strategies aimed at risk reduction and adaptation efforts. ECLR tackles both prevalent climate challenges, such as floods and heatwaves, and less common threats, including glacial lake outburst floods, coastal water supply salinization, and the repercussions of ocean acidification. By aligning with leading climate disclosure frameworks like the Task Force on Climate-related Financial Disclosures (TCFD) and the EU Taxonomy, this tool equips organizations with the means to adopt proactive measures against climate change. Additionally, the flexibility of ECLR guarantees its ongoing relevance as new climate data is released, significantly improving its effectiveness for long-term strategic initiatives. Ultimately, the tool not only aids in immediate risk assessment but also fosters a culture of sustainability within organizations, ensuring they are better prepared for future climate challenges.

Fathom's Global Flood Map offers a comprehensive collection of hazard data and insights regarding flood risk on a worldwide level. It tackles major flood threats such as pluvial, fluvial, and coastal incidents, maintaining a resolution of around 30 meters and providing in-depth information on depth and extent for return intervals spanning from once every five years to once every thousand years. By integrating climate dynamics, this map allows for the assessment of flood risks across a range of future scenarios projected up to the year 2100. Key attributes include multi-peril flood layers, enhanced terrain data obtained through the FABDEM+ digital elevation model, and flexible access options like API, portal, or on-premises hosting. This tool is designed to serve multiple sectors including insurance, engineering, financial services, corporate entities, and international development, equipping these fields to effectively incorporate flood hazard insights and climate change data into their risk management protocols. Additionally, Fathom is committed to scientific rigor, ensuring that its models undergo thorough validation and are published in leading academic journals, underscoring its mission to foster well-informed decision-making in managing flood risks. This dedication to accuracy and reliability further enhances the platform's value, making it an essential resource for those aiming to navigate the complexities of flood risk assessment.

Through the use of AI-powered analytics, Climate Alpha assists investors in navigating climate-related uncertainties and securing long-term investments on a global level. The firm is dedicated to evaluating the financial impacts of climate change, improving investment portfolios, and fostering sustainable investment strategies worldwide. Their enterprise SaaS platform merges sophisticated climate modeling, data analytics, and spatial finance, enabling investors to direct funds towards climate-resilient assets across the globe. Their extensive range of services includes defensive risk evaluations and proactive fund creation. Investors can identify optimal acquisition sites according to their specific requirements, utilizing a variety of geocoded proprietary datasets. Furthermore, site evaluations consider climate conditions, socioeconomic elements, and market dynamics, facilitating a comprehensive comparison and ranking of potential markets to inform site selection decisions. Detailed strategies for asset adaptation are developed, accompanied by thorough due diligence on potential acquisition targets. By integrating metrics that assess both risk and resilience, Climate Alpha offers a deeper insight into how different locations might fare amidst climate changes, ultimately equipping investors to make well-informed choices. This integrated methodology not only supports immediate investment endeavors but also lays the groundwork for sustainable development in an ever-evolving environment, ensuring that investors are prepared for future challenges.

Meteomatics is a company that provides an extensive array of weather services, which encompass high-resolution commercial weather forecasting, power output predictions for renewable energy sources like wind, solar, and hydro, as well as gathering atmospheric weather data through the use of Meteodrones, in addition to distributing weather information via their Weather API. Highlighted features of their Weather API consist of: - Unlimited daily access - Weather data can be queried through a URL - A unified platform for accessing historical and current weather data, forecasts, climate models, and insights from more than 25 weather models - Interfaces for WMS and WFS - Forecast delivery with an average response time between 20 and 30 milliseconds - Global downscaling to 90 meters - Over 1800 distinct parameters available - Historical weather records dating back to 1979 - Climate data projections, including scenarios extending to the year 2100 - Secure usage through both HTTP and HTTPS protocols - Compatibility with various formats, connectors, and programming languages - A proprietary European Weather Model offering 1 km resolution known as EURO1k, available under the Business plan. Additionally, Meteomatics' commitment to innovation ensures that its clients receive highly accurate and timely weather information tailored to their specific needs.

HurLoss is ARA's sophisticated hurricane catastrophe model designed specifically for property insurers, reinsurers, brokers, and ILS managers to effectively manage risks in hurricane-prone areas. Established in 1998, HurLoss has been pivotal in shaping structural engineering standards in states affected by hurricanes and has played a key role in federal emergency management and mitigation efforts since 2003. The model offers an extensive event set that encompasses the entire North Atlantic basin, including regions like the U.S., the Caribbean, Bermuda, as well as parts of Canada, Mexico, and Central America. What distinguishes HurLoss is its unique physics-based approach to hurricane hazard modeling, which integrates engineering load and resistance analysis based on foundational principles and validated through claims data. Furthermore, the model includes projections for future climate scenarios, allowing users to assess risks with both present and future climatological data, such as changes in sea surface temperature and wind shear. This innovative perspective not only enhances risk assessment but also empowers stakeholders to develop robust hurricane risk management strategies that are adaptable to evolving climate conditions, ultimately ensuring a more resilient approach to disaster preparedness and response.

The XDI Climate Risk Hub delivers top-tier analyses of physical climate risks on demand. Users can quickly access risk ratings for specific assets or entire portfolios, with ratings categorized into five bands derived from ten distinct hazards. Key indicators include Maximum Value At Risk and potential productivity losses, with assessments based on Representative Concentration Pathways (RCPs) and scenarios outlined by the Network for Greening the Financial System (NGFS), covering years from 1990 to 2100. The platform boasts impressive spatial resolution, reaching as fine as 5 meters by 5 meters, and offers extensive customization options. XDI enhances its risk evaluations by integrating engineering data, hazard specifics, and contextual information alongside weather, climate, and financial datasets. The engineering assessments focus on vulnerabilities linked to 140 standardized archetypes, which encompass residential, industrial, and commercial structures, allowing for adaptations to be tested for resilience. Hazard probabilities are derived from historical weather data beginning in 1990, taking into account the local environment, including features such as topography and soil characteristics, alongside flood mapping and various other relevant factors. This multifaceted approach ensures a comprehensive understanding of potential risks associated with climate change.

Achieve a thorough understanding or focus on specific weaknesses and opportunities in your portfolio. By utilizing cutting-edge earth science, data modeling, and machine learning technologies, EarthScan™ offers real-time access to Climate Intelligence, which aids in minimizing risks during decision-making processes, fulfilling financial reporting obligations, and bolstering the durability of your assets. This Climate Intelligence is regularly refreshed to ensure your decisions reflect the latest peer-reviewed findings and advancements. Start with a free asset portfolio and consider upgrading to a premium version for complete access to all relevant assets. Assess the most critical vulnerabilities and prospects within your portfolio by exploring various hazards, timelines, and risk scenarios. Facilitate productive collaboration with key stakeholders by sharing your insights and portfolios directly through EarthScan, using either permissions-based sharing or making them publicly accessible. This platform not only enhances informed decision-making but also cultivates a cooperative environment to effectively tackle climate-related issues, ultimately driving better results for your business and community.

One Concern has developed an all-encompassing Digital Twin that reveals hidden threats in both built and natural settings stemming from natural disasters, extreme weather events, and the impacts of climate change. This pioneering Digital Twin enables clients to pinpoint particular weaknesses in their structures, as well as the vulnerabilities of the external infrastructures they depend on. Acting as the cornerstone for our distinctive risk models, the Digital Twin aids in calculating the resilience quotient, thereby allowing businesses to forecast possible operational interruptions during extraordinary hazard occurrences. By providing critical insights into the immediate threats to structures caused by climate factors and severe weather, along with understanding the dependencies of these properties, One Concern delivers essential evaluations. Additionally, we assess the potential for downtime across a range of hazards and their return frequencies, incorporating the implications of climate change in scenarios projecting a 1.5 degrees Celsius increase in temperature. As a result, our comprehensive analysis empowers customers with a more profound comprehension of their risk landscape and the actionable measures needed to bolster their resilience. Furthermore, this approach fosters a proactive mindset in organizations, enabling them to prepare for and mitigate the impacts of future environmental challenges.

Benchmark provides prompt analysis reports on natural hazards related to weather events, which include specific loss dates for properties along with historical information about hail, wind, and lightning, all available via Verisk platforms such as Xactimate and XactAnalysis. Users, both new and existing, can easily access the Benchmark integration within their claims on XactAnalysis, as well as in the documents section of Xactimate. Reports can be retrieved effortlessly by selecting options from the “select an action” drop-down menu in XactAnalysis while managing claims. The data for Benchmark in both XactAnalysis and Xactimate is sourced from Respond™, which delivers near real-time analysis and forecasting for weather-related events, offering localized assessments for various natural hazards including hail, wind, lightning, tornadoes, wildfires, hurricanes, and more. Moreover, the Benchmark database provides an extensive and reliable record of both catastrophic and non-catastrophic natural hazard events, which includes data on hail, wind, rain, and lightning, ultimately aiding in effective decision-making processes. This all-encompassing resource guarantees that users have the most current and precise information available, facilitating improved risk management and strategic response planning. By leveraging such detailed insights, organizations can enhance their preparedness for potential weather-related challenges.

To effectively manage the transition to a low carbon economy, it is crucial for businesses and financial institutions to thoroughly understand the complex interplay between physical risks, transition risks, and emerging opportunities in their decision-making processes. Our Essential Climate Analytics provides vital climate intelligence that supports informed decisions across multiple dimensions, including businesses, supply chains, counterparties, products, diverse financial portfolios, and lending practices. By offering an in-depth understanding of physical, transition, and reputational climate risks, our Essential Climate Analytics and reporting services equip organizations with the necessary insights to bolster resilience and capitalize on fresh opportunities arising from the shift to a low carbon economy. Furthermore, you can swiftly assess carbon exposure within your financial portfolios and organizations, factoring in regulatory carbon pricing and various potential physical climate risk scenarios across different geographies and timeframes. This holistic approach not only aids in strategic planning but also enables firms to adapt and excel in a market landscape increasingly focused on sustainability, ensuring they remain competitive as the world transitions towards greener practices. Embracing these insights can ultimately lead to more sustainable business models and greater long-term success.

ENVI-met is an advanced three-dimensional simulation tool that assists in microclimate analysis, catering to various domains such as urban planning, architectural innovation, and energy efficiency enhancement by considering a multitude of climatic factors instead of limiting itself to a single aspect. This powerful software can simulate a variety of climate conditions, accounting for both day and night temperature fluctuations, humidity, wind speeds, and solar exposure in urban settings. Moreover, it offers insights into the effects of different building materials, such as glass and stone, on the surrounding microclimate. By assessing how changes in urban design impact both the microclimate and the comfort levels of city residents, ENVI-met proves to be an essential asset for municipalities worldwide. As the urgency to address climate change intensifies, the creation of healthier and more resilient urban spaces has become a critical pursuit. Consequently, ENVI-met plays a pivotal role in analyzing the potential effects of new developments, green areas, and urban planning projects, empowering stakeholders to make informed choices that encourage sustainability and enhance community health. This multifaceted approach highlights the software's significance in driving forward-thinking solutions for the pressing challenges faced by modern cities. In doing so, ENVI-met not only supports environmental objectives but also fosters a deeper understanding of urban dynamics.

Identify risks, gain valuable market insights, and improve decision-making by leveraging the most sophisticated and comprehensive data platform focused on urban, climate, and community resilience. Analyze the current state and land utilization at the parcel level using intricate urban, environmental, and transportation data. Delve into and assess the connections between vulnerabilities, impacts, and policy responses across different tiers, such as state, municipal, and neighborhood levels. Evaluate the implications of climate change and natural disasters on communities, resources, and infrastructure systems. Influence future developments by employing cutting-edge urban and transportation planning methodologies, capitalizing on in-depth parcel, mobility, and environmental datasets. Enhance ESG reporting through meaningful, data-driven assessments of social and environmental impacts. Promote the development of more resilient and equitable communities by utilizing targeted climate, hazard, and urban vulnerability data, thereby ensuring a holistic approach to community planning and sustainability. In addressing these issues, communities can be equipped to tackle the challenges brought on by climate change and the scarcity of resources, paving the way for innovative solutions and enhanced resilience. It is essential for stakeholders to continuously engage with these data to adapt and thrive in an ever-changing environment.

Organizations can enhance their risk management strategies, improve decision-making, and boost situational awareness by utilizing customized models and comprehensive visual flood impact data. FloodMapp provides a unique solution with its DASH hydraulic model, which is tailored to supply emergency managers with prompt and dependable flood information essential for informed decision-making. This versatile model is applicable across diverse regions at a minimal cost, thus protecting both communities and their valuable assets. With continually refreshed and responsive flood data, organizations are empowered to make informed decisions that address specific community and asset impacts, minimizing potential losses instead of depending on broad flood information. Our primary goal is to create a safer environment, aiming for a future where flood-related fatalities are eradicated, enabling individuals to reunite with their families and loved ones. As climate challenges continue to evolve, we are dedicated to building communities that are not only resilient and prepared but also thriving in the face of adversity. Ultimately, we envision a united effort to protect lives and ensure every individual can safely return home, regardless of the situation they face. In this pursuit, collaboration and proactive measures will be essential components in achieving lasting safety and security for all.

JBA Risk Management, commonly known as "The Flood People," is a leader in advanced flood modeling services, offering comprehensive flood maps, catastrophe models, and analytics that cover an impressive 99.98% of the Earth's land. Their cutting-edge solutions play a vital role for major insurers, reinsurers, financial institutions, real estate companies, and governmental bodies in the thorough evaluation and management of flood risks. By utilizing JBA's vast database of global flood information, clients can better understand the flood risks tied to particular properties or areas, allowing for informed choices in insurance underwriting, pricing tactics, portfolio oversight, asset investments, and disaster risk mitigation. Their portfolio includes high-resolution flood mapping, probabilistic flood modeling, and climate change analytics, providing critical forecasts of future flood events influenced by different climate scenarios. Moreover, JBA increases the accessibility and integration of its models through collaborations with platforms like Nasdaq's ModEx, significantly extending the reach and effectiveness of their flood risk assessment tools. These cooperative initiatives not only enhance the practicality of their services but also empower clients to remain proactive in an ever-evolving landscape, ensuring their strategies are robust and responsive to emerging challenges. Ultimately, JBA aims to foster resilience against flooding, helping communities and businesses navigate the complexities of climate-related risks.

KatRisk focuses on catastrophe modeling, delivering in-depth evaluations of risks related to inland flooding, storm surges, and windstorms for a wide range of clients, including insurance companies, government agencies, and financial institutions. Their innovative models enable clients to understand, quantify, and respond to the repercussions of severe weather events on a global scale. Key offerings, such as SpatialKat and SoloKat, deliver precise financial risk assessments for natural disasters, allowing insurance providers to strategically prepare for significant events like floods, hurricanes, and severe convective storms. The open model software is tailored to meet your specific requirements and applications, ensuring improved results customized to your circumstances. With a versatile framework based on open-source technology, clients can quickly adjust to evolving conditions, enhancing the transparency of their risk evaluations. This personalized approach not only addresses your unique challenges and objectives but also results in a highly specialized solution crafted just for you. Such dedication to meeting individual client needs guarantees that every solution is distinct, showcasing the varied nature of the risks encountered by different organizations, while also fostering a collaborative partnership that enhances trust and effectiveness in managing these risks.

AlphaEarth Foundations, an advanced AI model launched by DeepMind, operates as a "virtual satellite" by integrating a wide array of Earth observation data, including optical and radar imagery, 3D laser mapping, and climate simulations, into a cohesive and compact embedding for every 10x10 meter segment of land and coastal areas. This state-of-the-art method enables rapid, on-demand mapping of global landscapes while significantly minimizing storage needs compared to previous systems. By combining diverse data sources, it effectively tackles the challenges of data overload and inconsistencies, resulting in summaries that are 16 times more compact than those produced by conventional approaches, while also achieving an impressive 24% reduction in errors for various tasks, even when faced with limited labeled data. The embeddings, compiled annually, are released as the Satellite Embedding dataset on Google Earth Engine, and they have already been leveraged by numerous organizations to identify previously uncharted ecosystems and to track agricultural and environmental changes, demonstrating the real-world utility of this innovative technology. Furthermore, this model not only deepens our comprehension of Earth's intricate dynamics but also sets the stage for upcoming improvements in environmental oversight and conservation initiatives, highlighting its transformative potential in the field.

Select your crop and determine the location of your field, as the automated compensation system activates in response to drought or flood reports from governmental bodies. This marks the groundbreaking stage of decentralized insurance. The compensation is not only automatic but also delivered with remarkable speed. Now fully validated, this system is specifically designed for low-income individuals and small business owners. Immediate payments are triggered by wind velocity readings from weather stations within a 30-mile radius of the insured's primary residence. It also includes protections against theft and cyber threats targeting smart contract wallets. Furthermore, it provides affordable and easily accessible coverage against potential losses resulting from the death or serious illness of a community member. The provision of rapid emergency funds ensures individuals can better cope with adversities they face. This forward-thinking insurance model has the potential to significantly bolster the resilience and stability of at-risk communities, ultimately fostering a sense of security and hope in difficult times.

As cities around the world undergo rapid urbanization, they are increasingly exposed to the detrimental impacts of climate change. The challenges faced by urban areas, such as Urban Heat Islands (UHI), air pollution, and flooding of surface waters, pose significant risks to both development and the health of residents. It is crucial for local authorities to adopt effective strategies that tackle the issues associated with urban growth and climate change. GREENPASS emerges as an essential resource for planners, developers, and municipalities, offering insights that aid in making informed decisions throughout the urban planning and development phases while addressing a range of urban challenges. This cutting-edge platform allows users to visualize, quantify, and evaluate the impact of green infrastructure alongside other structural solutions on the urban environment. By providing customized approaches for each step of the urban planning process, from initial assessments to final execution, GREENPASS plays a vital role in promoting sustainable urban development. Notably, it leverages preliminary analyses derived from machine learning evaluations in conjunction with conventional BASIC simulations, delivering a thorough understanding for urban planners. Furthermore, the integration of advanced data analytics positions GREENPASS as a leader in the quest for resilient cities amidst the ongoing climate crises.

ESGenius! is an enterprise-grade, AI-powered platform that helps organizations build climate resilience, reduce environmental impact, and meet global sustainability and ESG obligations—all from a single, intelligent command center. Acting as your digital sustainability department, ESGenius! combines intelligent automation, deep regulatory integration, and strategy-enabling insights to help you transform your Climate and Sustainability performance from end to end. Key capabilities include: 🌍 Climate Resilience & Action Prepare for physical and transitional climate risks with a built-in climate action module. Track Scope 1, 2, and 3 GHG emissions, simulate climate scenarios, build science-based decarbonization plans, and align with Net Zero, SBTi, and IPCC pathways. ESGenius! empowers organizations to operationalize and strategize climate resilience, not just report it. 🌿 Biodiversity & Natural Capital Monitor, assess, and report on biodiversity, water, land use, and natural capital dependencies using advanced geospatial data layers and indicators. Support TNFD-aligned and EIA-compliant disclosures with tools to map impacts, prioritize actions, and manage site-level environmental risks. ♻️ Sustainability & ESG Hub Stay ahead of CSRD, EU Taxonomy, SFDR, ESRS, and VSME regulations with intelligent automation. ESGenius! allows you to:  Collect, validate, and standardize ESG data with AI-powered intake tools  Benchmark your performance against one of the largest ESG datalakes in Europe, with verified disclosures from 10,000+ companies  Automate report generation across all major frameworks with AI & machine-generated, audit-ready outputs  Maintain traceable documentation, gap analysis, and framework-specific versioning

At ClimateAi, our goal is to improve agricultural profitability and fortify food system resilience by merging climate intelligence with state-of-the-art agronomic techniques utilizing machine learning. Our passionate team, comprised of scientists, engineers, and agricultural innovators, firmly believes that climate change is the greatest challenge we face today. We evaluate the long-term sustainability of various crops in different geographical regions, understanding that simply diversifying locations does not diminish climate risks. By analyzing the long-term suitability of specific crops, we empower breeders to make smarter choices, avoiding poor performance outcomes. As historical and current climate patterns no longer serve as reliable indicators of future conditions, we concentrate on breeding for future climates tailored to specific markets. Furthermore, we strive to alleviate the risks associated with seasonal shortages or surplus by carefully selecting the most suitable growing areas. Our cutting-edge strategy guarantees that agriculture can effectively adapt to the changing climate, paving the way for a more sustainable future while ensuring food security. This holistic approach not only enhances productivity but also promotes environmental stewardship, making it essential for the agricultural sector.

We prioritize clear and precise reporting on global environmental issues, which empowers governments, businesses, and society to effectively navigate future challenges. Our services enable companies to accurately assess and disclose their environmental impact, particularly regarding greenhouse gas (GHG) emissions. We utilize data from drones and satellites to track the resilience of supply chains and their broader implications. Notably, we are the sole gold partner for all three CDP programs, offering a comprehensive solution for sustainability reporting. In addition to evaluating your influence on climate change, we also keep track of how climate variations impact your operations. As societal expectations grow, both investors and the public are urging organizations to transcend basic GHG accounting and establish emissions targets that are in line with established climate science. Our commitment to this cause is unwavering, as we strive to foster a more sustainable future for all stakeholders involved.

Cotality’s Climate Risk Analytics is a cutting-edge platform that uses CoreAI to provide businesses with a comprehensive understanding of climate-related risks. By offering predictive models and detailed assessments, the platform evaluates potential environmental impacts, such as natural disasters, flooding, or extreme weather events, enabling organizations to manage their climate exposure. Real-time data analysis and advanced risk assessment tools help businesses make informed, proactive decisions, reducing risks and optimizing strategies for sustainability and resilience. With Climate Risk Analytics, businesses can future-proof their operations against the growing challenges posed by climate change.

JetStream DR enhances the protection of applications within a data center by minimizing downtime, lowering operational costs, and shifting from capital to operational expenditures through a subscription-based approach. Utilizing Continuous Data Protection (CDP), it consistently replicates data into cost-effective storage options such as Azure Blob Storage and Azure NetApp Files (ANF), which allows for scalable storage solutions without compromising performance. The real-time replication conducted at the hypervisor level allows JetStream DR to provide continuous data safeguarding without relying on snapshots, achieving near-zero Recovery Point Objectives (RPO) and instant Recovery Time Objectives (RTO) while sustaining superior application performance. Furthermore, its ability to maintain virtual machine protection during network interruptions ensures that data remains secure and accessible, even amid connectivity challenges. This robustness is a vital feature of JetStream DR, solidifying its role as a reliable disaster recovery solution for businesses navigating various operational scenarios. By prioritizing both performance and reliability, JetStream DR equips organizations with the confidence needed to manage their data recovery strategies effectively.

Jupiter stands at the forefront of climate risk analytics, catering to vital industries such as insurance, banking, asset management, real estate, energy, utilities, oil and gas, manufacturing, chemicals, mining, retail, agriculture, the public sector, and non-profit organizations. Our innovative solutions deliver thorough climate risk evaluations that encompass a variety of hazards, presenting spatial resolutions that can be tailored from portfolio levels down to individual assets, with global applicability and flexibility across different timelines and climate scenarios. Remarkably, Jupiter's sophisticated physical climate risk analytics have been integrated by at least one of the leading five firms worldwide in sectors like asset management, banking, insurance, oil and gas, mining, power, and construction, in addition to being utilized by the U.S. government. This extensive adoption reflects the trust and effectiveness of our services in tackling the urgent issues brought about by climate change. Furthermore, as the urgency of climate-related challenges continues to grow, our commitment to providing accurate and actionable insights remains unwavering.