Flood IQ
Transforming flood resilience with AI-powered intelligence to anticipate risk, coordinate response and guide smarter investment
AI-powered intelligence for proactive flood resilience.
Flood IQ connects rainfall, local drainage systems, rivers, coastal conditions and infrastructure into a single intelligence layer, enabling faster forecasting, coordinated response and data-driven resilience planning across communities.
What Flood IQ enables
How it works
Flood IQ solution suites
1. Preparedness suite
Using I-powered forecasting to rapidly predict where flooding may occur, when it is projected to arrive and characterization of severity, with the framework delivered in weeks, not months.
Evaluating thousands of mitigation strategies across climate scenarios and quantifying resilience outcomes to guide smarter investment decisions.
Understanding where highest-priority assets are to implement upgrades, maintenance and capital where it matters most based on risk, consequence and operational impact.
2. Real-time response suite
Factoring in rainfall, runoff, drainage and river conditions in one unified system view, giving teams a shared operational picture as conditions evolve.
Dynamically managing flood infrastructure such as gates, barriers and storage, to reduce peak impacts and support faster, coordinated response during events. This also supports road closures and emergency responses.
Delivering real-time warnings and localized risk updates to communities and stakeholders, improving safety, coordination and public trust.
Why organizations choose Flood IQ
Providing purpose-built flood forecasting, response and planning at specific locations, across local communities and at a national scale vs. adapted from generic analytics tools.
Combining forecasting, planning and real-time response into a continuous intelligence loop, connecting early warnings through to long-term resilience strategies.
Working on a global scale, Flood IQ support rapid forecasting, real-time operational control and community alerting as water levels rise, enabling faster response and stronger resilience.