Urban flooding poses serious risks to public safety, infrastructure, and economic stability. With smart flood monitoring systems powered by precision sensors, cities and municipalities can detect, prepare for, and respond to flooding events in real time.
Accurate Rainfall Measurement for Early Warning
Tripping bucket rain gauges provide precise, real-time precipitation data to monitor rainfall intensity and accumulation, helping predict flood risk during storms or seasonal weather events.
Real-Time Water Level Detection in Critical Zones
Ultrasonic and laser distance level sensors monitor changes in water levels in rivers, canals, stormwater drains, underpasses, and flood-prone urban areas to detect overflow or rising trends.
Rapid Response to Flash Flood Conditions
By detecting sudden spikes in rainfall or water level rise, sensors enable early alerts and trigger automated warnings or actions such as road closures, pump activation, or public notifications.
Infrastructure and Asset Protection
Monitoring flood-prone infrastructure like tunnels, subways, or basements helps protect critical assets from water damage and ensures operational continuity during heavy rainfall.
Data-Driven Planning for Resilience
Long-term sensor data supports the development of better flood models, stormwater system improvements, and urban planning strategies to reduce vulnerability in high-risk areas.
Integration into Smart City Systems
Flood monitoring sensors can feed into wider smart city platforms, integrating with traffic, emergency, and environmental systems for coordinated urban resilience management.
Public Safety and Emergency Preparedness
Sensor networks empower municipal authorities with actionable insights to implement timely evacuations, inform the public, and reduce harm from sudden or prolonged flooding events.
Based on ultrasonic time of flight measurements Accuracy: 1% or better (factory calibrated) LoRaWAN® class A 2 C alkaline batteries Resolution: 1mm Distance: 0.5-10m Target Detection: First detecable target Application: General Purpose
Based on ultrasonic time of flight measurements Accuracy: 1% or better (factory calibrated) LoRaWAN® class A 2 C alkaline batteries Resolition: 1mm Distance: 0.3-5m Target Detection: Largest adetecable target Application: Tank level, sewer system
Based on ultrasonic time of flight measurements Accuracy: 1% or better (factory calibrated) LoRaWAN® class A 2 C alkaline batteries Resolition: 1mm Distance: 0.3-5m Target Detection: Largest adetecable target Application: General purpose, Detached sensor head incl. 10m cable
Tripping Bucket Accuracy: 2% up to 25 mm/hr 3% up to 50 mm/hr Resolution: 0.1 mm per tip Catchment area: 200 cm2 Length cable: 1m (longer cable on request) LoRaWAN® class A 2 C alkaline batteries
Distance sensor Range: From 0 to 40 m Resolution: 10 mm (single sample), 1 mm (average of N samples) Accuracy: < 2 m, ±50 mm, Nonlinearity is present below 1 m ≥ 2 m, ±1 % of distance or ±25 mm *Better accuracy is achieved by capturing N samples and evaluating statistical data, e.g. the average of N samples. LoRaWAN® class A 2 C alkaline batteries
Faster Emergency Response and Early Warnings
Real-time water level and rainfall data allow authorities to issue timely alerts, activate flood protocols, and prevent damage to public infrastructure and private property.
Reduced Damage to Critical Infrastructure
Continuous monitoring helps protect subways, tunnels, roads, and utility networks by providing advanced notice before flooding occurs — reducing downtime and costly repairs.
Data-Driven Urban Resilience Planning
Long-term data from sensors informs better stormwater management, drainage design, and zoning decisions, increasing the city's resilience against future flood events.
Improved Public Safety and Risk Mitigation
With early detection and warning systems, cities can guide citizens away from high-risk zones, reducing injuries, fatalities, and emergency service strain during severe weather.
Integration with Smart City Networks
Sensor data can be integrated into broader smart city systems, enabling automated actions such as traffic rerouting, barrier activation, and real-time updates across platforms.
Cost Savings Through Preventive Action
By identifying and responding to rising water levels early, municipalities can minimize the financial impact of floods, from emergency costs to infrastructure repair and insurance claims.
Enhanced Situational Awareness for Decision-Makers
Accurate, location-specific data empowers urban planners, emergency services, and climate adaptation teams to make informed, timely decisions during and after flood events.
Community Trust Through Transparency and Communication
Sharing real-time flood data with the public enhances transparency, builds trust, and empowers communities to take personal precautions during flood events.
Protect your city before the waters rise. Empower your municipality with real-time flood intelligence for safer, smarter urban living.
