The Role of AI Traffic Cameras in Modern Public Safety

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As urbanization accelerates worldwide, challenges related to traffic and public safety are becoming increasingly critical. Traffic accidents, congestion, and violations not only endanger lives and property but also place significant strain on urban management. Traditional monitoring and enforcement methods can no longer keep pace with these demands, while artificial intelligence (AI) offers innovative solutions to enhance public safety.

AI traffic cameras, a core component of intelligent transportation systems, are reshaping public safety by enabling real-time monitoring, advanced data analysis, and automated enforcement. This article examines the role of AI traffic cameras in public safety and highlights how Smartgiant’s Horus AI camera delivers tailored solutions for traffic management and urban security.

1. AI Traffic Cameras: Redefining the Public Safety Network

AI Traffic Cameras1

1.1 Real-Time Traffic Monitoring and Dynamic Flow Management

Traditional traffic monitoring relies on manual observation, which is inefficient and often insufficient for comprehensive road coverage. AI traffic cameras utilize advanced image recognition and intelligent analysis algorithms to capture traffic flow and vehicle status in real time. They can accurately count vehicles on different road segments, assess congestion, and transmit data immediately to traffic management authorities.

Based on real-time data, authorities can respond quickly by adjusting traffic light timing or dispatching personnel to manage congestion. For example, during peak hours, if an AI traffic camera detects a sudden surge in traffic on a particular road, it can instantly alert the control center. The center can then dynamically adjust surrounding traffic signals to redirect vehicles, significantly improving traffic efficiency.

1.2 Accurate Detection of Traffic Violations

AI traffic cameras excel in detecting traffic violations such as red-light running, speeding, and illegal lane changes. Compared with traditional manual enforcement, they offer higher accuracy and efficiency, operating 24/7 to record key information including license plates, time, and location. Data is automatically uploaded to violation management systems, providing solid evidence for enforcement.

Statistics show that road segments equipped with AI traffic cameras experience significantly reduced traffic violations, greatly enhancing overall road safety.

1.3 Assisting Case Investigation and Reducing Processing Time

In hit-and-run cases or vehicle-related criminal investigations, AI traffic cameras provide critical evidence. They can clearly record the entire incident or capture detailed information about the suspect vehicle, including license plate and travel trajectory.

Law enforcement can analyze and cross-reference video data to quickly identify suspect vehicles and individuals, saving substantial time and manpower. For example, in a hit-and-run case, police reviewed video from surrounding AI traffic cameras and swiftly determined the vehicle model and license plate, leading to the suspect’s rapid apprehension.

1.4 Early Warning for Emergencies and Risk Reduction

AI traffic cameras can monitor unusual road conditions in real time, such as vehicle fires, road collapses, or large gatherings. When anomalies are detected, immediate alerts are sent to relevant authorities to minimize damage.

During large events, these cameras monitor both traffic and crowd movements, allowing authorities to predict risks and implement timely safety measures, ensuring smooth event management.

2. Horus AI Camera: Customized Solutions for Public Safety

Recognizing the critical role of AI traffic cameras in public safety, Smartgiant has developed the high-performance Horus AI camera.

AI traffic cameras-Horus AI Camera

2.1 Flexible Hardware Configuration

The Horus AI camera offers a highly customizable hardware and software development platform, powered by the Rockchip RV1126 processor for efficient performance. Optional Sony IMX series sensors provide sharp, detailed imaging for diverse scenarios.

Power and data transmission support PoE (Power over Ethernet), simplifying installation, reducing cable usage, and improving device stability and reliability. The IPC 38-board standard design allows quick customization of the casing to suit complex environments and supports full-cycle development from testing to mass production.

2.2 Convenient and Efficient Development Support

Horus AI cameras come with a comprehensive SDK, including system, driver, image processing, and AI application interfaces. Developers can leverage Python, C, and C++ for extensive development and prototyping, reducing development complexity and accelerating implementation from AI algorithm design to hardware deployment. This allows clients to embed proprietary algorithms and implement personalized features.

AI traffic cameras-Horus AI Camera-SDK

2.3 Outstanding and Stable Performance

Parameter

Specification

CPU

Quad-core ARM Cortex A7, 1.5GHz

Memory

1GB DDR3 SDRAM + 8GB eMMC (expandable via TF card)

NPU

2.0 TOPS, supports INT8/INT16

Resolution

Up to 14MP (4416×3312), supports HDR, 3D/2D denoising, distortion correction

Video Codec

H.264/H.265, max 4096×2304@30fps

Temperature Range

-10℃ ~ 50℃

Voltage

9V~16V (typical 12V)

Dimensions

Onboard 42×42mm

2.4 Rich and Practical Features

  • Built-in CPU watchdog for stable operation
  • Light sensor interface for automatic environmental adaptation
  • Firmware encryption for device security
  • External RTC ensures timekeeping during power outages

2.5 Diverse Application Scenarios

Leveraging powerful AI capabilities, Horus AI cameras play a key role in various public safety scenarios:

  • Key Site Monitoring: Multi-dimensional face recognition monitors staff at transport hubs, energy facilities, etc., detecting fatigue, smoking, or unauthorized phone use, with real-time alerts linked to the management center to prevent accidents.
  • Crowd Control: Multi-camera coordination tracks crowd density in large venues and commercial complexes, identifying overcrowding or pushing, providing timely alerts and assisting security personnel.
  • High-Risk Work Oversight: Helmet recognition algorithms monitor construction workers’ safety gear compliance, issuing alerts for violations to reduce accident risks.
  • Parking Safety Management: Detects vehicle scrapes, suspicious behavior, and blocked fire lanes, triggering alerts and preserving evidence, enhancing parking safety management.

3. Choose Horus AI Camera to Strengthen Your Safety Network

With its robust performance, high customizability, and versatile features, the Horus AI camera meets the needs of various public safety scenarios. Whether for traffic monitoring, security supervision, or other public safety applications, it provides reliable support.

We sincerely invite you to choose the Horus AI camera as a trusted partner in safeguarding public safety, helping to build a safer and more orderly society.

For more information or professional consultation, contact us at:
Phone: +86 20-3912 2156
Email: info@smartgiant.com
Website: www.smartgiant.com

Contact Us

Smartgiant Technology 1800 Wyatt Dr, Unit 3, Santa Clara, CA 95054.

Email: info@smartgiant.com

1

Contact Us

Smartgiant Technology 1800 Wyatt Dr, Unit 3, Santa Clara, CA 95054.

Email: info@smartgiant.com

1