The street light project is designed to build an integrated, efficient, and scalable system that supports both smart lighting and urban digital services. By developing a unified smart lighting network, municipalities can not only enhance operational efficiency and energy savings but also lay the groundwork for future smart city infrastructure. These street lights go far beyond basic illumination—they act as multifunctional nodes capable of supporting public safety monitoring, environmental sensing, wireless connectivity, and other digital applications essential for modern urban management.

The primary goal of this smart street light deployment is to improve urban service efficiency while saving energy and enabling smarter public infrastructure. These smart poles serve not only as lighting fixtures but as modular platforms for multiple smart city applications.

Here’s what the system is designed to achieve:

• Centralized Lighting Control: Implement a unified platform that allows city administrators to remotely manage all street light fixtures—either individually or in groups—depending on time of day, traffic flow, or emergency needs. This enables both scheduled automation and real-time manual overrides.
• Dynamic Brightness Adjustment: Automatically adjust light intensity based on environmental conditions (day/night, weather, or seasons) while still allowing operators to fine-tune settings manually. This ensures both safety and optimal power usage across city blocks.
• Real-Time Remote Monitoring: Use built-in data transmission hardware to continuously report each pole’s operational status, fault alerts, and energy consumption. This data is logged and visualized via a dashboard accessible to the city’s maintenance team.
• Multi-Service Expansion Capabilities: Beyond lighting, smart poles can be fitted with modular extensions to support: 1).LED advertising panels for municipal announcements or local business ads, 2).Emergency SOS buttons connected to law enforcement and dispatch services, 3).EV charging ports for electric bikes and vehicles , 4).Environmental sensors tracking air quality, temperature, and humidity
• Support for Public Connectivity: Equipped with 5G and WiFi modules, the poles extend high-speed wireless coverage throughout city streets, improving public access to internet services and supporting IoT deployments.
• Urban Surveillance Integration: Smart poles can host video surveillance cameras as part of a citywide security network—enabling motion detection, license plate recognition, and AI-assisted analytics to aid in traffic and law enforcement.

Together, these features create a connected, responsive, and cost-efficient urban lighting network that enhances city operations, resident experiences, and future scalability.

• Integrated switching and uplink infrastructure: Smart poles are equipped with industrial Ethernet switches that connect downward to various sensors and upward to aggregation points.
• Backhaul-ready design: Aggregation switches feed into the city’s WAN, sending video, control, and sensor data to a centralized data center.
• Support for 5G and WiFi modules: Each pole can host a 5G base station or a WiFi access point, extending citywide wireless coverage without additional hardware installations.
• Field-proven reliability: LevinLink’s industrial switches are already deployed in smart pole projects across major global cities—valued for durability, bandwidth, and seamless uptime.