Hydralis

Hydralis is a flood readiness and workforce safety platform. It uses a mobile app, dispatcher dashboard, flood sensors, Copernicus flood data to help industrial sites manage water-related disasters.

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  • Romania

Categories

  • Challenge #3: Disaster risk monitoring​

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Description

💎 Hydralis – Core Idea

Hydralis is a SaaS platform for industrial flood readiness, workforce safety, and emergency accountability. It targets high-risk industrial sites (energy, utilities, factories, logistics, ports, etc.) that currently rely on fragmented tools during emergencies.

The platform integrates:

  • Flutter mobile app (main user interface for workers)
  • Dispatcher/control dashboard (real-time operational view)
  • Optional flood sensors
  • CAP alert export (structured external communication)

Workers can receive alerts, complete roll calls, report incidents, request help, and follow safety procedures. Dispatchers get a live overview of:

  • Employee safety status
  • Help requests
  • Affected zones
  • Sensor data
  • Actions taken

Hydralis is used both in daily operations (training, drills, reporting) and emergencies, ensuring continuous value and audit-ready documentation.

🛰️ EU Space Technologies

Hydralis integrates EU space assets as its intelligence layer:

  • Copernicus (Sentinel data)
    Supports flood-risk analysis, mapping, simulations, and post-event verification.
  • Galileo & EGNOS positioning
    Enables accurate worker location for roll calls, incident reporting, and emergency response.
  • Optional Galileo-enabled sensors
    Provide precise positioning for flood monitoring at critical infrastructure points.

These data sources are combined with app inputs and sensor data into a single operational view for real-time decision-making. The platform uses EU-based infrastructure (e.g., OVHcloud) for secure data governance.

🇪🇺 EU Space for Water – Contribution

Hydralis addresses Disaster Risk Monitoring (Challenge 3) by helping industrial sites move from passive awareness to active response.

Key contributions:

  • Early flood detection and risk awareness
  • Real-time coordination during emergencies
  • Improved understanding of water behavior around infrastructure
  • Safer handling of hazardous environments (electrical, chemical, fuel risks)

Operationally, it supports:

  • Preparedness (training, simulations, sensor checks)
  • Response (alerts, roll calls, monitoring, CAP export)
  • Recovery (reports, audit trails, lessons learned)

It also enables long-term resilience by turning every event into actionable data for improving infrastructure and procedures.

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