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Development of IoT-Based Smart City Lighting Management Platform and Mobile Commissioning Tool
  1. case
  2. Development of IoT-Based Smart City Lighting Management Platform and Mobile Commissioning Tool

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Development of IoT-Based Smart City Lighting Management Platform and Mobile Commissioning Tool

sigma.software
Utilities
Information Technology
Telecommunications

Challenges in Smart City Lighting Management

Existing streetlight management systems lacked cost-efficiency, scalability, and adaptability to dynamic loads. Deployment processes were cumbersome, remote diagnostics were limited, and customer support workflows were fragmented across multiple communication channels.

About the Client

Global leader in outdoor lighting control systems and smart city infrastructure solutions

Project Goals for Smart Lighting Platform

  • Design a scalable IoT software architecture for smart city illumination control
  • Develop a cross-platform mobile commissioning tool for field technicians
  • Implement remote monitoring and configuration capabilities for individual/group streetlights
  • Optimize customer support workflows through integrated service management tools

Core System Functionalities

  • Individual/group luminaire control (on/off/dimming)
  • Prescheduled illumination events (up to 10 per 24-hour cycle)
  • Real-time power consumption and voltage monitoring
  • Remote diagnostics with hardware/power line alerts
  • Maintenance activity planning and tracking
  • Customer service portal with knowledge base integration

Technology Stack Requirements

IoT middleware
Cloud-native architecture
Cross-platform mobile frameworks

System Integration Needs

  • Atlassian ecosystem (Jira/Confluence)
  • Existing light control device middleware
  • Telematics Wireless hardware ecosystem

Performance and Quality Attributes

  • Horizontal scalability for millions of devices
  • 99.9% system uptime SLA
  • Role-based access control
  • Sub-second response times for critical operations
  • Modular architecture for easy customization

Expected Business Impact

Enables cost-effective smart city deployments with reduced maintenance overhead, supports global scalability through cloud-native architecture, improves technician efficiency via mobile commissioning tools, and enhances customer satisfaction through streamlined support processes. The solution is projected to maintain industry recognition through continuous innovation and operational excellence.

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