space

On 4-5 June 2026, BWI attended Forum by Aerospace Valley 2026 in Biarritz to discuss Earth observation, hydrological forecasting and the future of water intelligence.

BWI is not replacing weather forecasts with kriging, but correcting and densifying them at the basin scale using connected ground sensors. That makes the hydrological model more sensitive to the rainfall that actually falls on the catchment, which is the main reason kriging is valuable for small basins with high spatial variability.

BWI took part in the Carrefour des Gestions Locales de l’Eau (CGLE) 2026 in Rennes, engaging with public and private stakeholders on hydrological forecasting, flood and drought anticipation, and territorial resilience.
A recap of two days of exchanges at the heart of water management challenges.

In the latest episode of the podcast series The Climate Pioneers Show, our CEO Jérémy Fain sat down with host Cherry Swayne to share how BWI is contributing to climate resilience through water intelligence.

BWI announces the selection of Anywaves and Hemeria as partners for the REVALTO mission, an ambitious project supported by CNES as part of the France 2030 program. Together, they develop a new generation of high-revisit space-based hydrological observation services.

BWI wins the CNES call for projects under the France 2030 plan to develop an innovative global hydrological monitoring service using satellites and artificial intelligence.

The 75th International Astronautical Congress in Milan was a pivotal moment in the ongoing dialogue about the role of space exploration in building a sustainable future. For companies like BWI, IAC 2024 offered a glimpse into how space data can revolutionize hydrological monitoring and contribute to a more sustainable world.

We’re excited to welcome Pascal Cauquil to our team as a Ground Segment Engineer. With 25 years of professional space systems experience, Pascal brings a wealth of expertise to BWI and will play a key role in advancing our upstream goals. We look forward to his enriching contributions.

NASA’s GRACE satellites measure changes in Earth’s gravity field to track groundwater depletion, aquifer dynamics, and river discharge. By monitoring large-scale water storage shifts, GRACE provides crucial data for water management and predicting climate-related impacts like floods and droughts.

This article explores the various methods hydrologists use to study the water cycle, emphasizing their importance in ensuring sustainable water management and mitigating natural disasters.