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Development of a Cloud-Based Real-Time Operational Command Platform for Emergency and Public Safety Management
  1. case
  2. Development of a Cloud-Based Real-Time Operational Command Platform for Emergency and Public Safety Management

Development of a Cloud-Based Real-Time Operational Command Platform for Emergency and Public Safety Management

acropolium
Government
Public Safety
Security

Identifying Challenges in Traditional Crisis Management Systems

Existing operational management solutions are often slow, buggy, and not scalable for large-scale or real-time applications. They lack reliable data security and fail to provide an integrated information environment, resulting in increased material costs, stress, and delayed response times during crises.

About the Client

A mid to large-sized government agency or emergency services provider seeking to enhance operational management, communication, and surveillance capabilities.

Goals for Developing an Advanced Operational Command System

  • Enhance and replace existing slow, bug-ridden crisis management solutions with a robust, scalable platform.
  • Create an integrated, unified information space to facilitate effective coordination among multiple agencies and departments.
  • Implement constant surveillance and monitoring of strategically important locations and potential threats.
  • Enable real-time data exchange, situational awareness, and evidence collection capabilities.
  • Provide controlled access management for facilities, restricted areas, and emergency response units.

Core Functional Capabilities for the Command and Surveillance System

  • A unified information management system supporting multi-source data integration and visualization.
  • Real-time geolocation and mapping with interactive interfaces for situational monitoring.
  • Secure communication channels between multiple agencies and operational units.
  • Subsystems for connecting and processing data from digital communication devices, GPS trackers, and IoT sensors.
  • Functionality for constant surveillance of key public places and high-risk locations such as transportation hubs and public events.
  • Tools for evidence collection, incident analysis, and reporting.
  • Role-based access control for facilities, areas, and operational units.
  • Operational management modules for creating, dispatching, and tracking emergency response teams.

Technology Stack and Architectural Principles

Cloud-based architecture utilizing AWS or equivalent cloud services
Javascript, Leaflet for mapping and geolocation visualization
JQuery, JQuery Mobile for UI development
Backend development with PHP, Node.js
PostgreSQL or similar relational database for data storage

Necessary External System and Device Integrations

  • Digital communication devices and systems for voice and data exchange
  • GPS and IoT sensors for real-time location and environmental data
  • Surveillance camera systems for video feeds
  • Public safety and security databases for threat and incident data

Essential Non-Functional System Attributes

  • System scalability to support increasing numbers of users and data volume
  • High performance with minimal latency to ensure real-time operations
  • Data security compliance to protect sensitive information
  • Availability and reliability to support critical response scenarios
  • Modular architecture to facilitate future feature enhancements

Projected Business Benefits and Operational Improvements

The implementation of this cloud-based operational command system is expected to significantly improve coordination among emergency and public safety agencies, enabling real-time surveillance, faster response times, and more effective threat management. It aims to create an interdepartmental information exchange environment, support large-scale incident management, and enhance public safety outcomes, ultimately reducing response delays and operational costs.

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