Connected Traffic Lights for Smart Urban Mobility

Revolutionizing city traffic management with real-time data, intelligent coordination, and seamless IoT connectivity.

Overview

Connected traffic lights are reshaping how cities manage traffic by using real-time data and intelligent automation. These smart systems adapt to dynamic traffic conditions, reducing congestion, enhancing road safety, and optimizing travel time. Using IoT, cloud services, and edge computing, intersections become responsive and coordinated, ultimately improving mobility and sustainability across urban environments.

ICity Tek delivers scalable, reliable connected traffic light solutions for smart cities, enabling seamless deployment, proactive maintenance, and integration with broader infrastructure systems. Our solutions are designed to evolve with urban growth, ensuring long-term value and performance.

Our Advanced Technologies for Connected Traffic Lights

our commitment to advancing smart city innovations, we proudly offer a comprehensive range of cutting-edge connected traffic light products and systems—developed both in-house and through strategic collaborations. Among our most valued partnerships are GAO Tek Inc. and GAO RFID Inc., renowned for their reliable, high-performance technologies. By integrating their trusted solutions into our portfolio, we ensure our clients benefit from seamless integration, superior quality, and proven results. Wherever applicable, we’ve included direct links to featured products from GAO Tek Inc. and GAO RFID Inc. to help you explore their capabilities.

Core Components

Hardware

  • Smart signal controllers
  • Vehicle and pedestrian detection sensors (radar, infrared, magnetic)
  • Real-time traffic cameras
  • Edge computing devices
  • Communication modules (5G, LTE, DSRC)

Software

  • Adaptive signal control algorithms
  • Centralized traffic management system (TMS)
  • Incident detection and alerting modules
  • Web-based analytics dashboard

Cloud Services

  • Scalable data storage and processing
  • Real-time traffic data analytics
  • Secure APIs for third-party integration
  • Remote monitoring and control interface

Benefits

Reduced Congestion

Shorter travel times and smoother traffic flow

Enhanced Public Safety

Better pedestrian and cyclist detection

Energy Efficiency

Optimized light cycles reduce energy usage

Real-Time Monitoring

Faster response to traffic incidents or failures

Scalability

Designed to support growing urban needs

Features and Functionalities

  • Dynamic signal timing adjustments based on real-time traffic conditions
  • Pedestrian and emergency vehicle prioritization
  • Remote diagnostics and firmware updates
  • AI-powered congestion prediction and rerouting
  • Historical traffic data visualization
  • Support for connected and autonomous vehicle communication

Relevant U.S. & Canadian Industry Standards & Regulations

  • ANSI C136.41
  • NEMA SS1-2015
  • FCC Part 15 (U.S.)
  • CSA C22.2 (Canada)
  • IEEE 802.15.4
  • IES LM-79 and LM-80
  • ISO 50001

Use Cases

  • Urban and suburban roadways
  • Parks and recreational areas
  • Pedestrian pathways
  • Transit hubs and parking lots
  • University and corporate campuses

Applications

  • Smart cities and municipalities
  • State and local transportation departments
  • Public safety and emergency response services
  • Transit authorities
  • Urban development agencies

GAO Case Studies

Phoenix, Arizona

A fast-growing urban area deployed connected traffic lights at 50 intersections, significantly reducing wait times and emissions. The project leveraged sensor fusion and AI algorithms to enable adaptive signal control.

Cincinnati, Ohio

The city retrofitted its traffic signal network with edge-enabled controllers and cloud-based traffic flow monitoring, leading to a 20% improvement in overall traffic throughput.

Calgary, Alberta

A Canadian pilot program integrated connected traffic lights with public transit schedules and emergency vehicle GPS data, allowing for smart prioritization at busy crossings.

Industries Served

  • Transportation & Logistics
  • Urban Planning & Development
  • Government & Public Safety
  • Smart Infrastructure & Civil Engineering

Integrations and Ecosystem Compatibility

  • Urban intersections and high-traffic corridors
  • Emergency vehicle traffic signal preemption
  • School zones and pedestrian-heavy areas
  • Event traffic management
  • Construction detour coordination