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Smart City Lighting Control System Modernization
  1. case
  2. Smart City Lighting Control System Modernization

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Smart City Lighting Control System Modernization

tatvasoft.com
Utilities
Energy & Natural Resources
Information Technology

Legacy System Limitations and Modernization Needs

Existing lighting management system built in Delphi lacks modern integration capabilities, suffers from poor device communication, manual-intensive operations, and inadequate fault diagnostics. Requires automation with manual override capabilities, real-time sensor integration, multi-vendor inventory synchronization, and TALQ-compliant CMS integration while maintaining strict security protocols.

About the Client

Provider of intelligent lighting control systems and hardware for municipal infrastructure, offering device assembly and smart city integration solutions

System Modernization Goals

  • Develop cloud-native lighting management platform with Azure integration
  • Implement automated scheduling with geolocation-based controls
  • Enable real-time sensor data integration for smart city applications
  • Create TALQ-compliant CMS for cross-system interoperability
  • Establish mobile workforce management for field operatives
  • Implement advanced fault detection and performance analytics

Core System Capabilities

  • Geospatial visualization via Google Maps/OpenStreetMap integration
  • Node/submaster/master hierarchy management with command execution
  • Timezone-aware scheduling with override capabilities
  • Photosensor/motion sensor integration for adaptive lighting
  • Automated fault detection and measurement analysis
  • TALQ-compliant CMS integration framework
  • Mobile application for field operations and diagnostics
  • Third-party API for inventory system synchronization
  • Role-based access control with Azure AD/B2C authentication

Technology Stack Requirements

ASP.NET MVC with C#
Azure Cloud Services (App Service, MQTT, SignalR)
Entity Framework with SQL Server
DevExpress Dashboard for reporting
WCF/WebAPI with message-level security

System Integration Needs

  • Third-party inventory management systems
  • Smart city sensor networks
  • TALQ-compliant CMS platforms
  • GPRS/SOAP device communication protocols

Operational Requirements

  • Military-grade encryption for all communications
  • 99.99% system availability SLA
  • Real-time data processing at scale (200k+ nodes)
  • Compliance with smart city interoperability standards
  • Multi-tenancy architecture for municipal deployments

Expected Business Transformation

Enables centralized control of 200,000+ street lighting units with automated energy optimization, reduces field maintenance costs by 40% through proactive fault detection, improves citizen satisfaction via adaptive lighting controls, and establishes foundation for future smart city expansions while achieving 30% infrastructure cost savings through cloud migration.

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