Hydro Matters is a French SME company founded in 2021 by experts in hydrology, remote sensing, and oceanography. We conduct research on monitoring freshwater using satellite data and modelling, with a focus on setting new methods for spatial hydrology, which can be used to predict extreme events and understand the impact of climate change on freshwater availability. The team has extensive experience in using remote sensing for water cycle studies, in hydrology and hydraulics. Collaboration with research institutes and stakeholders is to us a key point for ensuring the excellence and pertinence of the methodologies developed.

The National Centre for Scientific Research (CNRS) is a major player in basic research on the global stage and the only organisation in France that is active in all fields of science. Its unique position as a specialist in multiple fields means that it can bring together different scientific disciplines to shed light on and gain insight into current global challenges, in partnership with public sector, social and economic stakeholders. Together the sciences are used to bring about sustainable progress that benefits the whole of society.

Magellium is a French SME specializing in geospatial data processing, Earth observation, and the development of innovative solutions for monitoring and modeling environmental and hydrological systems.

Bauer X did an excellent job from the conceptual stage through the finished construction of our new office.

Experts dans la production, le traitement, l’analyse et l’interprétation des données géo-scientifiques en relation avec l’hydrologie.

vorteX-io is a company inspired by satellite systems, offering innovative in-situ measurement solutions. Its micro-station leverages remote sensing technologies to deliver water-related data, including water height, water surface velocity, surface temperature, as well as contextual images and videos.

RSS-Hydro is a company developing and offering solutions based on geospatial and modeling intelligence for better managing hydroclimatic risks. The team’s extensive experience in R&D uniquely positions the company to turn scientific innovation into viable and robust products and services.

The H2O group at the Toulouse INP/Institut de Mécanique des Fluides de Toulouse focuses on the transfer of water and particulate matter from catchment to river, in direct relation to operational issues such as flood forecasting and biodiversity conservation. To this end, we develop numerical hydrological-hydraulic models supported by mathematical tools such as parameter optimisation and uncertainty propagation.

The INRAE RECOVER RHAX team, part of the INRAE research institute and the RECOVER unit at Aix-Marseille University, focuses on developing innovative approaches for hydrometeorological risk management through physical process modeling, data assimilation, and hybrid physical-AI methods, aiming to enhance regional knowledge and decision-making capabilities in the face of natural hazards and ecosystem dynamics under global change.

The LEGOS research and teaching scientific fields include oceanography and the water cycle in the broadest sense, with the physics of the oceanic, hydrological, cryospheric and atmospheric components, including coastal and climatic components, as well as marine biogeochemistry and geochemistry.

Our team, part of the Mathematics Institute of Toulouse (IMT) at INSA [2], develops innovative mathematical models and computational methods, along with the resulting open-source software dedicated to geophysical fluid flows with a significant focus on water fluxes at all scales (from local to global).

CS GROUP has a differentiated position in the digital services market. A European mid-size company with a culture of entrepreneurship, it is agile and innovative and possesses a high level of technical and professional expertise. CS GROUP is the trusted partner of leading French and international groups for the digitalization of operational systems.

CERFACS is a high-performance computing research center in the fields of energy, aeronautics, climate and environment. It develops numerical methods and algorithms for computational fluid mechanics and data science. The hydrology team uses these methods to simulate free-surface flows and couple them with remote sensing or field measurements to find solutions to reduce its social, economic and environmental impact.