Smart Lighting System
for Connected Cities
A battle-tested IoT platform that transforms urban street lighting with motion-adaptive brightness, real-time energy monitoring, and centralized remote control — reducing energy costs by up to 50%.
How SLS saves energy in real time
Lamps idle at 30% brightness when no traffic is detected. As a vehicle approaches, the nearest lamp ramps to 100% — then dims back once it passes.
What is SLS?
Smart Lighting System is a comprehensive IoT platform designed to modernize urban street lighting infrastructure with intelligence and efficiency.
The Vision
Cities worldwide are rapidly urbanizing, with smart city initiatives gaining momentum across Asia, Africa, and the Middle East. Street lighting accounts for a major portion of municipal energy expenditure. Our platform brings intelligent automation to reduce costs, improve safety, and enable data-driven urban planning.
Production-Proven
Built on a platform already deployed across multiple countries, handling 974M+ data points. Proven at scale and ready for global deployment with battle-tested reliability.
Local Adaptation
Adapts to local infrastructure challenges with solar-hybrid support, long-range IoT connectivity over 4G/5G backhaul, and multi-language localization.
Mobile & Web
Full-featured web dashboard for city operations plus cross-platform mobile app for on-the-go monitoring, command execution, and alerts.
Intelligent Features
A comprehensive suite of IoT-powered capabilities designed for modern smart city infrastructure.
Motion-Adaptive Lighting
Cut energy use 40–50% on low-traffic streets.
PIR sensors dim lights to 30% when no motion is detected, then ramp to 100% the moment pedestrians or vehicles approach.
Dusk-to-Dawn Automation
Eliminate manual switching across the entire grid.
Ambient-light sensors switch outdoor lights ON at dusk and OFF at dawn automatically — no schedules to maintain, no field visits.
Real-time Energy Monitoring
See exactly where every kWh is going.
Track consumption per light, per zone, or city-wide. Historical trends and comparison charts surface waste and inform schedule changes.
Fault Detection & Alerts
Cut response times from days to minutes.
Automatic detection of lamp failures, sensor malfunctions, and grid outages. Crews receive instant alerts with severity and GPS coordinates.
Remote Control
Manage thousands of lights without leaving the office.
Toggle any light, adjust brightness (0–100%), or run scenes from web or mobile. Command queue guarantees reliable delivery, even over flaky links.
GIS Asset Mapping
Locate any pole in seconds, dispatch the right crew.
Every pole is geotagged. Interactive maps show real-time status and enable zone-based management and field dispatch.
Analytics Dashboard
Council-ready reports without spreadsheet work.
Real-time KPIs, trend charts, motion heatmaps, and exportable energy reports — built for both operators and decision-makers.
Solar-Hybrid Ready
Stay lit through 8+ hours of grid outage.
Solar panels with LiFePO4 battery backup keep lights operational during load-shedding and grid failures common in developing regions.
System Architecture
End-to-end data flow from street-level sensors to your dashboard — every component designed for reliability and low latency.
Sensor Detection
Sensors detect motion, measure ambient light, and read energy. IoT controller packages readings into telemetry payload for wireless transmission.
Gateway Relay
IoT gateway receives sensor data from up to 200 lights within 3-5 km radius. Forwards via 4G/LTE to cloud message broker.
Cloud Processing
API subscribes to message topics, classifies events (sensor, motion, energy, alarm), and persists to database with sub-second indexing.
Visualization
Dashboard aggregates data into real-time KPIs, charts, and maps. Mobile app delivers push notifications for critical faults and alarms.
Technology Stack
Enterprise-grade technologies chosen for performance, reliability, and scalability at city-wide deployments.
Backend
Frontend
Mobile
IoT / Hardware
Cloud / DevOps
Return on Investment
Real numbers from production deployments — smart lighting pays for itself through measurable energy and maintenance savings.
Energy Savings Over Time
Monthly kWh comparison — Traditional vs Smart Lighting
Cost Comparison
Traditional vs Smart — Infrastructure through 5-Year TCO
Real-time Dashboard
Live system metrics and operational status overview
What's Included in Every Deployment
Comprehensive package tailored to your city's needs
| Component | Description | Pricing |
|---|---|---|
| Smart Light Hardware | LED luminaire + smart controller + IoT sensors per pole | Per-unit pricing |
| IoT Gateway Network | Outdoor gateways with cellular backhaul + solar UPS backup | Based on coverage area |
| Platform & Localization | Multi-tenancy setup, local language support, vendor integration | One-time setup |
| Cloud Infrastructure | Managed cloud — compute, database, message broker, monitoring | Annual subscription |
| Custom Quote | Contact Us → | |
Phased Deployment Plan
A proven 3-phase approach — start small, validate, then scale across growing smart cities worldwide.
Phase 1 — Pilot
Deploy 500 smart lights in a single zone of your target city. Validate sensor accuracy, connectivity reliability, and energy savings with real-world data.
Phase 2 — Expansion
Scale to multi-ward deployment with zone-based management. Integrate with municipal operations and expand the gateway network.
Phase 3 — National Scale
Deploy across multiple cities and countries. Full multi-tenancy with city-specific dashboards and AI-driven optimization.
Target Regions
South Asia
Bangladesh, India, Sri Lanka — rapid urbanization with smart city government programs and ADB-funded LED conversion initiatives.
Southeast Asia
Malaysia, Indonesia, Philippines — strong 4G/5G infrastructure and growing municipal smart lighting budgets.
Middle East
Saudi Arabia, UAE, Qatar — ambitious smart city megaprojects like NEOM and Lusail driving demand for intelligent infrastructure.
Africa
Nigeria, Kenya, Rwanda — solar-hybrid street lighting solving energy access challenges across rapidly growing urban centers.
Resilient Anywhere
Engineered for the realities of urban deployment — unreliable grids, mixed telecom, and varied regulation.
Power Grid Resilience
Solar + Battery BackupMany developing regions face daily power shortfalls and load-shedding. Our solar-hybrid design with LiFePO4 batteries ensures 8+ hours autonomous operation during outages.
Telecom Connectivity
4G/LTE/5G + Long-Range IoTWorks with any local telecom provider's 4G/LTE or 5G network for cloud backhaul. Private IoT gateways provide last-mile sensor connectivity in any geography.
Regulatory Compliance
Globally CompliantDesigned with a technology-neutral approach to meet local IoT directives and telecom regulations in any country. Supports future 5G migration paths.
Government Alignment
Smart City ReadySupports smart city initiatives worldwide — from ADB-funded LED conversion programs to national urban modernization plans across Asia, Africa, and the Middle East.
Ready to Light Up Your City?
Whether you're a municipal authority, urban planner, or technology partner — let's discuss how SLS can transform your city's street lighting infrastructure.
Automiqit & e-Karbar
IoT Solutions Provider