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Modernization of Emergency Fire Services Frontend Application

altoroslabs.com

Government

Media

Utilities

Defense

Legacy System Challenges and Modernization Needs

The existing 32bit Windows Presentation Foundation frontend application for Norwegian emergency fire services suffered from frequent crashes due to memory limitations, poor maintainability from monolithic architecture, data synchronization issues across 22 operation centers and 300+ departments, and security vulnerabilities in handling sensitive infrastructure data.

About the Client

Global software development company specializing in critical infrastructure solutions for public and private sectors

Key Modernization Goals

Transition from monolithic to modular architecture for improved maintainability
Upgrade system performance through 64bit architecture implementation
Enhance security protocols for sensitive data handling
Implement asynchronous programming to optimize resource utilization
Add operational features for improved emergency response capabilities

Core System Functionalities

Modular component-based design for scalable development
Asynchronous processing for multi-core CPU utilization
64bit memory architecture support (exceeding 4GB capacity)
ArcGIS mapping integration (latest version)
Multi-display support with configurable layouts
Centralized data synchronization across distributed locations

Technology Stack Requirements

Modular architecture framework

.NET platform (WPF components)

64bit operating system environment

Asynchronous programming model

Active Directory integration

System Integration Needs

ArcGIS mapping API
Active Directory certificate management
Virtual private server infrastructure
SSL/TLS encryption protocols

Operational Requirements

High availability (99.99% uptime)
Real-time data processing latency <200ms
Military-grade data encryption (AES-256)
Horizontal scalability for 500+ concurrent users
Fault-tolerant design with automatic failover

Operational Efficiency and System Reliability Improvements

The modernization will reduce feature development time by 50%, eliminate memory-related crashes through 64bit architecture, enhance security compliance through recommended encryption protocols, and improve system maintainability via modular components. The solution will support critical emergency operations across Norway with 2x faster response times and 30% lower total cost of ownership.