Modular and Secure Frontend Platform for Emergency Response Management

The client’s existing system, deployed locally across multiple emergency operation centers, faces issues such as data synchronization problems, difficulty in maintenance due to monolithic architecture, security vulnerabilities due to sensitive data handling, and performance limitations caused by outdated 32-bit technology. These challenges hinder swift decision-making and operational efficiency during emergencies.

A national or regional government agency responsible for emergency response coordination and management, requiring a real-time, secure, and maintainable frontend system for emergency services.

• Develop a modular, component-based frontend application to replace the monolithic legacy system, enhancing maintainability and scalability.
• Implement modernization strategies to increase system responsiveness and stability, including upgrading to 64-bit architecture and asynchronous workload management.
• Enhance security by adopting encryption protocols, load balancing, and certificate management for protecting sensitive infrastructure and population data.
• Improve system features to support multiple display configurations and customizable layouts for operators.
• Deliver the system within a 3-6 month timeline, ensuring rapid deployment across multiple operational centers.
• Establish a clear technical roadmap and best practices for sustained system evolution and security enhancement.

• Component-based architecture to allow maintainability and reusability of frontend code.
• Real-time data visualization including locations, hazards, and building types via map integration.
• Support for multiple display support and configurable operator interfaces.
• Secure data transmission using protocols such as SSL and TLS, with load balancing and certificate management.
• Upgrading system architecture from 32-bit to 64-bit to handle larger memory loads and improve stability.
• Implementation of asynchronous programming techniques to optimize CPU core utilization.
• Integration with mapping APIs such as ArcGIS or equivalent for spatial data visualization.
• Training modules for internal teams on modular design and security best practices.

• GIS/mapping services for spatial data visualization
• Secure authentication and certificate management systems
• Data sources for real-time emergency information and infrastructure details
• Network infrastructure for load balancing and secure data exchange

• System responsiveness with minimal latency to support real-time operations
• Handling large memory loads (>4 GB) post upgrade from 32-bit to 64-bit architecture
• Robust security measures including SSL/TLS, encryption certificates, and load balancing
• Maintainability through modular architecture facilitating easy updates and feature additions
• Rapid deployment capability within a 3-month timeframe
• High durability and fault-tolerance to prevent crashes and data loss

The modernized frontend system is expected to halve the time required for system modifications and feature updates, significantly improving maintainability and resource efficiency. Enhanced security measures will reduce vulnerabilities related to sensitive data handling. Performance upgrades will ensure high responsiveness during emergencies, enabling operators to act swiftly and effectively, ultimately contributing to improved safety outcomes and operational resilience.