Halo System for Enhanced Public Safety

The primary objective was to develop a unified platform capable of handling various facets of public safety and operations management, including incident management, task management, crowd management, risk management, and more. The project’s complexity lay in integrating these functionalities into a seamless, user-friendly interface while ensuring real-time responsiveness, scalability, and security.

𝗖𝗵𝗮𝗹𝗹𝗲𝗻𝗴𝗲𝘀:
𝟏. Real-Time Data Processing: Implementing a system capable of handling real-time updates across various modules, including crowd monitoring and incident management.

𝟐. Scalability and Reliability.

𝟑. Geolocation Accuracy.

𝟒. Multi-Agency Integration: Creating a platform that allows seamless collaboration and data sharing between different stakeholders.

𝟓. User Interface and Experience: Designing an intuitive user interface that simplifies complex operations management for users with varying technical skills.

Solutions:
𝟏. React and Redux Saga for Dynamic UIs: To manage the state and render real-time data efficiently, I employed React along with Redux Saga. This combination facilitated a responsive, dynamic user interface that could handle complex state management and asynchronous operations effectively.

𝟐. Django and REST API for Scalable Backend: Django served as the backbone for the server-side logic, chosen for its scalability and security features. REST API was implemented for flexible, scalable communication between the frontend and backend.

𝟑. Node.js, SCSS, and GitLab for Development Efficiency: Node.js facilitated server-side scripting and real-time capabilities. SCSS was used for more maintainable, scalable stylesheets, while GitLab supported version control and CI/CD pipelines, enhancing development workflows.

𝟒. Websockets for Real-Time Updates

𝟓. Mapbox for Precise Geolocation.

𝟔. AWS Lambda and Serverless Architecture for Scalability.The primary objective was to develop a unified platform ca