#Norway #Oslo #ICEYE #Flood Monitoring #Norwegian Water

Norwegian Water Authority Collaborates with ICEYE for Enhanced Flood Monitoring

In a significant move to bolster its flood monitoring capabilities, the Norwegian Water and Energy Authority (NVE) has selected ICEYE, a leading provider of satellite-based remote sensing data, to deliver a nationwide flood monitoring service utilizing advanced satellite technology. This initiative will improve flood hazard mapping, enhance emergency response times, and increase situational awareness for extreme weather events across Norway and its territories.

Launched officially in February 2026, the ambitious project will deliver near real-time flood information to NVE through ICEYE’s sophisticated Synthetic Aperture Radar (SAR) satellite constellation. The data produced will aid in better monitoring and documenting flood events, allowing the authorities to evaluate impacts, make informed decisions during and after extreme weather, and optimize future disaster response strategies.

Comprehensive Monitoring Services

The contract includes two essential functions: Flood Rapid Impact (FRI), which provides automatic updates on flood extent up to every six hours during active flood events; and Flood Insights (FI), offering detailed analyses, including water depth and impact assessments, updated every 24 hours for the duration of a flooding incident. Together, these services will provide actionable insights, crucial for the NVE as they navigate through challenging and rapidly changing flood situations.

With a frequency of updates exceeding the global average—around 12 times a day—ICEYE’s system permits continuous monitoring of flood developments, delivering timely insights even during extreme conditions typical in Norway, such as snowmelt and heavy rains. This systematic approach enhances NVE's capacity to improve hazard mapping and validates prediction models, thereby deepening the understanding of the pervasive effects of larger flood events across the nation.

Responding to Government Needs

Andy Read, Vice President of Global Government Solutions at ICEYE, emphasizes the importance of their continuous SAR monitoring capabilities. “Our around-the-clock surveillance provides NVE with a constant overview of flood impacts across Norway despite varying conditions, delivering valuable insights that protect both lives and critical infrastructure,” he stated.

This partnership also extends to the possibility of data sharing among other Norwegian authorities and municipalities once concrete results are available, thus fostering collaboration and enhancing community resilience to flooding events.

Future Implications

The collaboration aims not only to enhance flood warning systems and assessment but also to support broader environmental monitoring and disaster preparedness initiatives. Torsten Starkloff, Flood Discipline Group Leader at NVE, highlighted that the data generated through this service would serve as a fundamental resource for improving flood hazard mapping in the years to come, thereby equipping Norway to face its complex waterways more coherently and effectively.

With over 1,000 employees worldwide, ICEYE operates the largest commercial SAR satellite constellation, including teams across various locations, affirming its strong commitment to providing timely and accurate remote sensing solutions. The data gathered through this partnership is expected to play a critical role in the calibration and enhancement of hydraulic models tailored for a better flood forecasting system, thereby informing proactive planning and infrastructure development strategies.

The venture not only underscores ICEYE's growing significance in providing continuous satellite data for disaster preparedness but also highlights the intersection of technology and essential public services aimed at safeguarding communities from climate-related hazards. As Norway positions itself at the forefront of environmental management, the NVE looks forward to leveraging this strategic alignment to ensure resilient and sustainable management of its water resources in the face of changing climate dynamics.