Smart Street Lighting
An Urban Modernization Initiative
How we helped a municipal corporation modernize its public lighting infrastructure with an adaptive, energy-efficient, and scalable IoT solution.
Inefficient Energy Use & High Costs
A municipal corporation managing several urban zones aimed to modernize its public lighting. The existing streetlights operated on fixed schedules with no adaptive control, resulting in high energy consumption, manual maintenance challenges, and no visibility into system performance.
Key Pain Points
High Energy Waste: Lights at full brightness regardless of need.
Costly Maintenance: Manual inspections required to find faults.
No Central Control: Inability to monitor or manage the system remotely.
A Smart, Adaptive Lighting System
We engineered a multi-layered solution combining smart hardware with an intelligent cloud platform for complete control over the city's lighting network.
Smart Lighting Controllers
IoT-enabled controllers integrated with LDR, motion, and energy sensors to dynamically manage brightness based on real-time data.
Adaptive Lighting Algorithms
LDR sensors automate ON/OFF cycles at dusk/dawn, while PIR sensors enable adaptive dimming based on motion, saving energy during low-activity periods.
Centralized IoT Platform
A cloud-based dashboard provides live visibility of streetlight status, energy metrics, and fault notifications, all connected via LoRaWAN/NB-IoT.
Predictive Maintenance & Alerts
Analytics identify faulty lights and irregular power usage, automatically sending alerts to field technicians for quick resolution.
A Smarter, Safer, and More Sustainable City
40%
Energy savings through adaptive brightness control.
Reduced
Maintenance costs via proactive fault detection.
Enhanced
Public safety with motion-activated illumination.
By deploying Dream Filler’s Smart Street Lighting IoT solution, the client achieved a data-driven, energy-efficient, and sustainable urban lighting network, laying the foundation for scalable Smart City infrastructure.