Our high-resolution and multi-model scenarios of climate hazards extend up to 2100. Our climate projections data are designed for direct use in climate change impact studies and physical risk assessments. They have a high spatial resolution, encompass multiple Earth System Models and emission scenarios, and cover a variety of climate hazards and variables. It is a coherent collection of climate information for risk analysis under future climate conditions.

Our high-resolution multi-system sub-seasonal and seasonal forecasts provide valuable insights into climate fluctuations from four weeks up to six months ahead. These forecasts are based on extensive data from leading operational centers and go through advanced processing to ensure accuracy and reliability. Our climate forecasts are designed for direct use in decision-support applications for different business and economic sectors.

Our climate service is dedicated to the custom management and processing of climate data according to your unique specifications. If you require specific climate projections or forecast data, or if you need to manage or process public or proprietary data, we can handle those for you with the same efficiency and quality standards applied to our own data. This to ensure reliable and actionable information to enhance the effectiveness of your climate-related projects.

Our Storyline simulations are reconstructions of observed weather under past and future climates. This approach enables profesionals to explore how climate change is reshaping the magnitude of extreme events in an increasingly volatile climate. The ERA5 reanalysis is used as the proxy of observed weather and the storylines are conterfactual version of ERA5 under preindustrial and future conditions at several global warming levels (+1.5°C, +2°C, +3°C, +4°C).

At the core of our operations is a commitment to climate science and transparency. We believe that the integrity of our methods and algorithms is of paramount importance, which is why they are rigorously grounded in science. All of our techniques originate from scientific research, ensuring their validity and reliability, and are always detailed and documented in top-tier, rank A scientific journals.

Since we receive from the scientific community, we try to give back by making freely available our essential climate variables data to public research projects through the IPCC data portal. This also means that the climate information we provided is scrutinized by researchers.

Our approach to climate data is both extensive and coherent and is designed to provide a comprehensive understanding of climate hazards across various time scales. We cover a wide array of climate information, from near-term climate events to long-term climate trends. This extensive coverage is made possible by the use of consistent underlying data and methods across all our data products.

By maintaining this consistency, we can offer one of the most coherent and integrated collections of available climate information. Our goal is to provide a seamless and unified source of climate information that can be used for a multitude of applications form a diversity of public and private organisations.

Reliability and trust are the cornerstones of our partnerships and data usage. We collaborate with and utilize data from some of the most authoritative weather and climate institutions globally. This includes organizations such as the Copernicus Climate Change Service (C3S), the European Centre for Medium-Range Weather Forecasts (ECMWF), and the Earth System Grid Federation (ESGF).

Our track record further bolsters our credibility, as we have consistently provided robust climate information, cementing our reputation as a trustworthy source. By aligning with these authoritative bodies, we ensure that our data are not only reliable, but also reflective of the latest advancements in climate science.

We support risk professionals who are at the forefront of climate change adaptation studies, impact modeling, and physical risk assessments. These practitioners are tasked with understanding and mitigating the effects of climate change in various sectors and communities. By providing them with comprehensive and accurate climate data, we enable them to conduct detailed analyses and develop effective adaptation strategies.

Whether they assess the vulnerability of infrastructure, predict future climate-related hazards, or develop risk-mitigation plans, our data are crucial. Collaboration with these professionals ensures that they have the necessary tools and information to make informed decisions to protect people, property, and ecosystems from the adverse impacts of climate change.

Our data support providers of decision support tools and risk analysis platforms of climate physical risk. These providers create sophisticated tools that help organizations evaluate and manage climate-related risks. By integrating our high-quality climate data into their platforms, they can offer more precise and reliable risk assessments. This, in turn, helps their clients make better-informed decisions about risk management and strategic planning.

Our partnership with these service providers means that the latest scientific data and methodologies are embedded in their tools and platforms that drive climate resilience. This ensures that the solutions they offer are both cutting-edge and grounded in the most recent advances in climate science.

By making our data available to research, we support a variety of scientific disciplines that require high-resolution data for their projects. These scientists might be working in fields such as climate science, enviromental science, hydrology, and even social sciences to examine the multifaceted impacts of climate change.

By making our data accessible, we enable them to conduct innovative research that can lead to new fundamental insights. Our support goes beyond data provision; we also contribute to collaborative research projects to maintain a strong relationship to fundamental and applied climate research.