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Garuda is an integrated emergency response system designed to provide efficient and streamlined disaster management through a connected web platform. The system comprises four interconnected sections, each working together to ensure real-time monitoring, mapping, drone deployment, and AI-driven injury detection.

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Garuda (LOGO)

Garuda is an integrated emergency response system designed to provide efficient and streamlined disaster management through a connected web platform. The system comprises four interconnected sections, each working together to ensure real-time monitoring, mapping, drone deployment, and AI-driven injury detection.


GCS


1. Event Detection App

The Event Detection App is the initial step in Garuda’s emergency response workflow. It provides rapid detection and alert mechanisms.
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Features:

  • Fall Detection:

    • If a device detects a fall, it starts beeping for 7 seconds.
    • If the user responds within 7 seconds, the alert is neglected.
    • If the user does not respond, the app:
      • Automatically sends the current location to the website.
      • Calls and messages the user’s pre-configured speed dial emergency number.
  • Manual Help Request:

    • Users can manually send a help request via the app directly to the website.

2. Mapping

Once a request is received, the Mapping Section is activated for a comprehensive disaster overview.

Features:

  1. GPS Plotting:
    • Plots the exact location of disasters or injured human on a map.
  2. Threshold Calculation:
    • Compares population density against thresholds:
      • Below Threshold: Sends automated calls and messages to speed dial.
      • Above Threshold: Activates the Drone Section.

3. Drone Section

The Drone Section is activated when thresholds are exceeded, ensuring advanced disaster management.

Functions:

  1. Automatic Deployment: Drones reach disaster locations autonomously.
  2. Payload Delivery: Delivers essential supplies such as medicine and bandages.
  3. Aerial Imaging: Captures detailed disaster site imagery for mapping and analysis.
  4. Inspection: Conducts individual and aerial assessments to gather information.

4. AI and Injury Detection

The AI Section processes data from drones and mapping to classify and prioritize injuries.

Features:

  • Human Count: Estimates the number of individuals affected.
  • Injury Detection: Classifies injuries into three priority levels:
    • a. Normal
    • b. Intermediate
    • c. Severe
  • Priority Mapping: Marks priorities and sends this information to the website.
  • Shortest Path Calculation: Website determines the shortest path for ambulances to reach injured individuals.
  • Government Notifications: Sends alerts and updates to government agencies for resource deployment.

5. Website Integration

The Website serves as the central hub for managing all data and response workflows.

Functions:

  • Real-time monitoring of events and statuses.
  • Provides a visual interface for mapping, drone deployment, and AI-driven injury classification.
  • Sends updates and alerts to responders, government officials, and emergency services.
  • Manages resource allocation and prioritizes actions based on AI insights and mapping data.

Garuda: Revolutionizing emergency response through innovation and integration.

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Garuda is an integrated emergency response system designed to provide efficient and streamlined disaster management through a connected web platform. The system comprises four interconnected sections, each working together to ensure real-time monitoring, mapping, drone deployment, and AI-driven injury detection.

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