Most street lighting networks operate the same way they did 20 years ago. Fixed timers. Manual switching. No visibility into what is actually happening across the network. Faults go unnoticed for days.
Our smart street lighting system gives operators complete visibility and automated control over every feeder point in the network. from a single dashboard, from anywhere.
Street lighting is one of the largest energy expenditures for any municipality or highway authority. Yet most networks still rely on static timers, manual switching and physical inspection for fault detection.
As networks scale across hundreds or thousands of feeder points, these limitations become serious operational and financial problems.
Lights burning through the day.
Faults invisible for weeks.
No data. No accountability.
Static timers do not adapt to actual sunrise and sunset times. Lights run longer than necessary, wasting energy every single day
Faults are only discovered during physical inspection rounds, meaning failures go unaddressed for days or weeks
No real-time energy consumption data means there is no way to detect power theft or identify inefficient feeder points
Manual switching requires field presence and creates operational delays when schedules need to change
No audit trail for maintenance actions, switching events or fault history makes governance and compliance reporting difficult
Gloverse designs automated street lighting as a complete system. combining field-level monitoring hardware, secure 4G communication and centralised control intelligence. Each component is designed and manufactured in-house.
The result is a street lighting automation system where operators manage large-scale infrastructure with full visibility and no manual intervention for routine operations.
CCMS panels monitor connected lighting loads at every feeder point continuously. Voltage, current, power factor, energy consumption and fault conditions are tracked in real time.
Operational data is transmitted securely to the cloud using MQTT protocol with encrypted data transfer. The system continues logging locally if connectivity is interrupted.
The control system evaluates schedules, astronomical timing and real-time conditions. Switching decisions are made automatically based on defined logic. no operator action required.
Faults, anomalies, door tampering and power theft events trigger instant alerts. The system responds automatically where programmed. notifying the right people and logging every event.
Every capability built into the system addresses a real operational problem. Nothing is decorative. Each feature was designed based on what highway authorities and municipalities actually need.
Monitor every feeder point across the entire street lighting network from one dashboard. Live status, energy readings and fault conditions visible at ward, zone, city or highway corridor level.
Lights switch automatically based on astronomical timing, configurable schedules or lux-based sensing. No fixed timers. No manual switching. The system adapts to actual conditions every day.
Overload, underload, voltage anomalies, phase failure, door tamper events and power theft detected instantly. Alerts reach field teams and control centres before problems escalate.
Multifunction energy metering tracks voltage, current, power factor and consumption at every feeder. Suspicious usage patterns are flagged automatically. reducing energy losses and theft.
Every switching action, schedule change and diagnostic check can be performed remotely. Field visits are reserved for actual hardware maintenance. Not routine operations.
Complete historical logs of all events, switching actions, energy consumption and fault responses. Downloadable reports for compliance, governance and performance review.
The same system architecture deploys across contexts. From a township lighting project to a national highway corridor. The hardware and software are configured for the specific requirements of each deployment.
This system has been deployed on the Hyderabad Ring Road under the National Highways Authority of India. One of India's most heavily trafficked highway corridors, operating under real-world conditions including monsoon seasons, continuous traffic load and power quality variation.
The deployment validates the system at highway scale — not a pilot, not a lab test, but live infrastructure on a national highway.
The Street Light Control Panel is the hardware at the core of every smart street lighting deployment. Designed and manufactured in-house by Gloverse Labs for outdoor infrastructure conditions.
Full technical specifications, panel variants, control modes and component-level detail are available on the product page.
Explore the Street Light Control Panel →For government tenders, Smart City projects, highway lighting and EPC partnerships. Talk to our engineering team about your specific requirements.