Water level, rainfall and upstream readings travel over LoRaWAN to threshold-based alarms, giving municipalities time to warn residents and close flood gates before damage occurs.
Parks, venues, and recreational facilities depend on conditions and assets that change between scheduled inspections. Developing equipment faults may emerge without a clear indication of which site, zone, or asset needs attention. Utility, operations, and maintenance teams often rely on manual readings and disconnected systems, making it hard to compare current conditions with normal operation. This delays response and increases the chance of downtime, waste, safety exposure, or service disruption.
Bemondis FloodGuard collects flow, pressure, moisture, and leak signals across parks, venues, and recreational facilities and sends the readings to a cloud or on-premises application. Dashboards and configurable rules show condition trends and early fault indicators, retaining history by site, zone, or asset. This gives utility, operations, and maintenance teams the context to plan maintenance before failure, helping them reduce unplanned downtime and unnecessary service and document the response.
The system uses water-level sensors (radar or ultrasonic, or pressure sensors), potentially rain gauges or flow sensors, installed at key points (rivers, urban drainage, retention basins etc.). These sensors transmit data over LoRaWAN (bemondis’s supported network) to a cloud-backend, where dashboards visualize conditions, thresholds are set, and alerts are triggered (via SMS/email/app). Integration with external weather data or hydrological models may complement live sensor data. Gateways aggregate sensor data; devices are likely battery powered or solar for remote/harsh-environment deployment. Deployment is SaaS/cloud-based for monitoring and alerting; hardware needs installation at sensor locations, possibly custom mounting (flood-proofing, secure enclosures). The solution fits in with bemondis’s other water-monitoring (Hydrometry) offerings, leveraging overlapping hardware and platform components. This is used (or intended to be used) in flood-prone regions in Germany and Europe. Local authorities or environmental agencies would be the likely customers. Because bemondis lists “Flood Protection” explicitly among its solutions, it is part of their product suite alongside Hydrometry, Energy Monitoring etc.
Vendor documentation: link 1 · link 2 · vendor website
Evidence level: L2 · Documented: how evidence levels work
Early detection: Timely warning of flood risk enables preventive action
Protection: Safeguards public safety, property, and infrastructure from flood damage
Informed decisions: Real-time water, flow, and rainfall data improves decision-making
Lower costs, better planning: Reduced recovery expenditure, potential insurance savings, and improved emergency response
Measure river, stream, or retention basin levels to detect critical rise
Incorporates precipitation and upstream inputs to anticipate flood risk
Automatic SMS, email, or app notifications when values exceed safe thresholds
Low-power wide area network carries data from remote or dispersed sensors
Centralized platform to view real-time data, trends, maps, and zones
Weatherproof, battery or solar powered nodes covering many water bodies and drainage points
Ask the AI Solution Architect: compare this solution against alternatives, check connectivity for your region, and get integration guidance. Included with IoT Apps Enterprise.
Fit, availability or a detail on this page. Goes straight to bemondis, no RFP needed.
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