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Aerial View of Flood

Why Flood Monitoring Matters

 

Localized flooding is becoming more frequent and severe.
Yet most local governments still find out about flooded roads from:

  • Resident phone calls

  • Social media

  • Crews already in the field

By the time information reaches decision-makers, roads are closed, vehicles are stranded, and staff are in reactive mode.

 

Cloudsyte Flood Monitoring IoT gives municipalities a clear, real-time picture of where water is rising and how often it happens, so they can:

  • Protect drivers and emergency responders

  • Prioritize drainage improvements

  • Support funding and grant applications with objective data

What Cloudsyte Provides

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Cloudsyte offers a flood monitoring kit designed specifically for local governments:

  1. Flood Sensors & Hardware (IoT Devices)

    • Compact, rugged sensors installed at flood-prone locations (inlets, culverts, low-lying intersections).

    • Measure water level or pressure at roadside drains or channels.

    • Solar-powered options to reduce electrical work, where appropriate.

    • GPS-enabled and connected via cellular or low-power wide-area networks (e.g., LTE/LoRaWAN), depending on site needs.

  2. Cloudsyte Platform Integration

    • All sensor readings are ingested into the Cloudsyte platform.

    • Each location is linked to the relevant asset, street segment, and responsible department.

    • Dashboards show current status and event history on an interactive map.

  3. Alerts & Task Management

    • When water reaches a predefined threshold, Cloudsyte can generate:

      • On-screen alerts in the dashboard

      • Email or in-app notifications to designated staff (e.g., Public Works, Emergency Management)

    • A task can be automatically created in Cloudsyte’s action management module, assigning a lead and tracking the response from “Detected” → “Inspected” → “Resolved / Safe”.

  4. Historical Trends & Planning Support

    • Over time, the system builds a record of:

      • Where flooding occurs most often

      • How high water levels rise

      • How long it takes to recede

    • These insights help identify locations that should be prioritized for drainage upgrades, green infrastructure, or capital projects.

 

Cloudsyte doesn’t just show where water is today – it helps you plan for where it will be a problem tomorrow.

Surveyor Engineer

Typical Use Cases

 

  • Roadway & Intersection Flooding

    • Monitor low points and underpasses that frequently flood to trigger early response and closures.

  • Drainage System Performance

    • Evaluate how quickly different parts of the drainage network respond to heavy rainfall.

  • Emergency Management Support

    • Provide situational awareness to 911 centers, police, and fire departments during severe storms.

  • Capital Planning & Grants

    • Use sensor data to justify drainage improvements, culvert upsizing, and resilience funding applications.

How a Deployment Works

 

  1. Site Selection & Planning

    • Cloudsyte works with city staff to identify priority locations based on past flooding, critical routes, and vulnerable areas.

    • We design a practical network layout that balances coverage and cost.

  2. Sensor Procurement & Configuration

    • Cloudsyte sources or integrates with compatible third-party sensors (we are hardware-agnostic).

    • Each device is configured with ID, GPS coordinates, and thresholds.

  3. Installation & Connectivity

    • Installation can be performed by city crews or a local contractor, with guidance from Cloudsyte.

    • Once powered, devices begin sending readings to the Cloudsyte platform.

  4. Dashboard & Alert Setup

    • Cloudsyte configures the Flood Monitoring view, alerts, and task workflows.

    • Staff receive basic training on how to monitor, respond, and review events.

  5. Ongoing Support & Optimization

    • Cloudsyte helps adjust thresholds, add new locations, and integrate lessons learned after real events.

Beach Debris
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