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AI-Powered Vehicle Detection For Logistics, Smart Parking and Traffic Control

AI-Powered Vehicle Detection For Logistics, Smart Parking and Traffic Control

Combining LiDAR Laser Scanning, HD Cameras, and AI to deliver highly accurate real-time vehicle detection, vehicle classification, and dimension measurement.

Real-Time Vehicle Detection, Classification, and Dimension Measurement

Why Our Vehicle Detection System Stands Out

01

Beyond Vehicle Detection

Our vehicle detection system is designed to do more than simply recognize the presence of a vehicle. It delivers fast and accurate detection, counting, classification, and dimension measurement to support practical applications such as tolling, parking allocation, access control, and traffic monitoring.

02

Reliable Performance

What makes our system stand out is its reliable performance in complex real-world environments. Unlike conventional camera-only systems, it is built to reduce errors and false detections caused by cluttered backgrounds, heavy traffic, overlapping vehicles, pedestrians, pets, and any other moving objects. It also performs consistently in challenging conditions such as low light, changing daylight, reflections, rain, fog, and exhaust smoke.

03

Multi-Sensor Fusion Approach

Modern vehicles can look surprisingly similar. Passenger cars are growing larger, while some trucks are becoming more compact. Vehicles such as a Toyota Hiace minivan and a Vellfire MPV may look visually distinct to the human eye, but their 3D physical profiles and laser/ LiDAR silhouettes are virtually identical from certain angles, making them difficult for single sensors to categorize.

By integrating LiDAR Laser Scanning and HD Cameras, our system captures 3D contours, physical dimensions, and subtle visual features simultaneously. This sensor fusion approach bridges the gaps of single-sensor methods—overcoming optical lighting vulnerabilities and LiDAR’s lack of visual detail—to deliver consistently accurate and reliable classification, even for complex vehicle types or challenging angles.

01

Beyond Vehicle Detection

Our vehicle detection system is designed to do more than simply recognize the presence of a vehicle. It delivers fast and accurate detection, counting, classification, and dimension measurement to support practical applications such as tolling, parking allocation, access control, and traffic monitoring.

02

Reliable Performance

What makes our system stand out is its reliable performance in complex real-world environments. Unlike conventional camera-only systems, it is built to reduce errors and false detections caused by cluttered backgrounds, heavy traffic, overlapping vehicles, pedestrians, pets, and any other moving objects. It also performs consistently in challenging conditions such as low light, changing daylight, reflections, rain, fog, and exhaust smoke.

03

Multi-Sensor Fusion Approach

Modern vehicles can look surprisingly similar. Passenger cars are growing larger, while some trucks are becoming more compact. Vehicles such as a Toyota Hiace minivan and a Vellfire MPV may look visually distinct to the human eye, but their 3D physical profiles and laser/ LiDAR silhouettes are virtually identical from certain angles, making them difficult for single sensors to categorize.

By integrating LiDAR Laser Scanning and HD Cameras, our system captures 3D contours, physical dimensions, and subtle visual features simultaneously. This sensor fusion approach bridges the gaps of single-sensor methods—overcoming optical lighting vulnerabilities and LiDAR’s lack of visual detail—to deliver consistently accurate and reliable classification, even for complex vehicle types or challenging angles.

Aims International (Technology) Co., Ltd. | Ultra-Precision Laser Sensing Solutions

Applications Across Logistics, Parking, Traffic Control, and Intrusion Prevention

The system deploys seamlessly across a diverse ecosystem of smart applications, spanning vehicle guidance, queue control, risk-zone monitoring, intrusion prevention, and precision parking management. Beyond guiding vehicles to designated parking areas, it prevents oversized vehicles from entering restricted zones, automates toll calculations, and optimizes traffic flow within busy logistics centers, transit hubs, and parking facilities.

Smart Logistics & Docking Management

Engineered for real-world operations where precision, safety, and efficiency are non-negotiable

  • Real-time Occupancy Tracking: Delivers complete coverage across logistics hubs, loading bays, and drop-off points with live, accurate tracking of space availability.
  • Rapid Guidance & Navigation: Provides clear docking guidance for drivers, completely eliminating unnecessary traffic looping and search time.
  • Boost Efficiency & Reduce Emissions: Dramatically accelerates vehicle throughput, directly mitigating localized traffic congestion and carbon emissions at the source.

Within multi-use parking and logistics facilities, the system supports dynamic fee calculation based on precise vehicle size and/ or classification. Some sites charge by vehicle length, such as 10, 20, or 40-foot freight classes, while others apply different rates based on vehicle category, even when two vehicles are similar in size. This granular data enables robust automated billing and secure access control.

For urban traffic control and major transit hubs, the system simultaneously monitors vehicle queues and passenger volumes. For instance, by correlating the number of waiting taxis with people counts, operators gain a real-time understanding of pickup zone supply and demand. This data allows for proactive vehicle release and optimized ride-share coordination.

Moving beyond standard vehicle detection, the system has been continuously developed and refined to support Micro-Object Detection — a capability that can detect and identify objects as small as a 1 cm black cable even in low-light conditions. This adds an important safety layer for automated parking racks and other high-risk environments, helping detect children, pets, stray cables, and other small debris before they create serious mechanical or safety hazards.

Illustrated Deployment of the Micro-Object Detection System on a Parking Rack

Logistics and Freight Centers

  • Docking area occupancy detection
  • Vehicle measurement and classification for tolling
  • Automated access gates and barrier control

Transit and Passenger Hubs

  • Passenger drop-off occupancy detection
  • Intrusion prevention for restricted areas
  • Object detection and identification for luggage belts to enhance safety

Parking and Access Control

  • Vehicle measurement and classification for tolling
  • Small-object detection for automated parking racks to maintain safety
  • Automated access gates and barrier control

Traffic and Crowd Monitoring

  • Vehicle and people counting
  • Automated access gates and barrier control
Smart Applications

Smart

Applications

Modular Hardware, Cloud Intelligence

How It Works

From standalone dimensional profiling and laser-based tracking to advanced HD camera-laser fusion, the system is unified by a cloud-connected AI learning network that supports continuous performance improvement across every monitoring point. This flexible architecture allows each deployment to be configured for the required level of measurement accuracy and vehicle classification detail.

Precision Dimensional Measurement
Standalone Laser Profiling for High-Accuracy Vehicle Sizing

Designed for high-accuracy sizing and counting, standalone laser scanners capture comprehensive profiles of passing vehicles. Configured along straight roadways or transit corridors, the system scales seamlessly to meet project demands—whether capturing a single critical metric like height or length, or delivering full 3D dimensions (length, width, and height).

Geometric Vehicle Classification
Shape and Wheelbase Tracking via Structured Laser Data
When deployments require identification based on shape, overall length, or wheelbase tracking, laser scanning provides robust geometric classification. This configuration is ideal for environments where structured, physical dimension data is sufficient to differentiate distinct vehicle types.
Advanced Classification via Sensor Fusion
Integrated HD Camera and Laser Sensing for Granular Identification
To resolve subtle visual differences between vehicles, a multi-sensor setup pairs high-resolution cameras with laser scanners. This sensor fusion approach generates a richer dataset, making it the ideal choice for applications demanding granular, high-precision classification between highly similar vehicle models.
Cloud-Driven AI Learning and Scalability
Centralized AI Updates for Network-Wide Performance Consistency

Supported by a centralized data architecture, the platform continuously aggregates data to train and refine its algorithms. Once the AI identifies and learns a new vehicle model, the updated intelligence is deployed globally across the network via the cloud. This eliminates the need for manual, per-site updates, ensures consistent performance across all locations, and drastically reduces long-term maintenance overhead.

Featured Projects: Driving efficiency in vehicle guidance, parking control, and site safety.

Designed for maximum accuracy and efficiency, our sensing solutions effortlessly scale across logistics, aviation, public parking, security and access control. See how we eliminate manual work to deliver smoother, safer operations.

High-Speed Port Logistics in Action

Automated Vehicle Intelligence at Kwai Chung

REAL-TIME VEHICLE PROCESSING

Kwai Chung Container Terminal

Streamlining high-volume, heavy-duty logistics operations through automated vehicle intelligence. The system simultaneously monitors and manages four incoming lanes—accurately classifying 10+ vehicle types and calculating parking fees on the fly. This robust deployment ensures absolute data consistency, eliminates operational bottlenecks, reduces manual labor, increases revenues and delivers the high-speed reliability that modern port logistics demand.

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Lanes to Monitor

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Vehicle Classifications

AVIATION & SMART MOBILITY

Hong Kong International Airport

Elevating the traveler experience at one of the world’s premier aviation hubs. Our advanced Parking Guidance and Information System dynamically directs drivers to available spaces in departure drop-off areas in real time. By slashing search times and optimizing traffic circulation, the solution eliminates congestion and delivers a seamless, stress-free journey for every passenger from arrival to departure.

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Terminals

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Vechicles Served Per Day

PUBLIC INFRASTRUCTURE & SMART PARKING

Tseung Kwan O Government Offices

Maximizing spatial efficiency in a high-density civic facility. Our advanced vehicle measurement system instantly calculates dimensions to dynamically assign vehicles to perfectly matched parking bays. By optimizing space utilization and establishing complete operational order, this solution eliminates spatial mismatch risks and future-proofs public parking infrastructure.

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Automated puzzle-stacking spaces

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Maximum Vehicle Length Allowed (M)

See EVOLOOP in Action

Watch the Demo Video

Revolutionizing Gate and Barrier Automation with Proximity Intelligence

Loopless Vehicle Barriers

Say goodbye to disruptive concrete cutting, heavy excavation, and dusty construction. The surface-mounted BEA EVOLOOP is the next-generation alternative to traditional underground inductive loops, quickly becoming the standard for modern parking facilities. Deployed cleanly in just hours, the EVOLOOP delivers a smarter, maintenance-free solution for seamless vehicle detection and traffic management—saving you time, labor, and downtime.

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Virtual Loops

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Degrees field of view

Custom Sensing Solutions

Tailored Hardware & Software Engineering Beyond Standard Applications

While vehicle detection remains our primary specialization, we design and build bespoke sensing systems for specialized industrial and infrastructure projects. Driven by an in-house engineering team across AI, optics, software, and electrical design, we turn unique concepts into end-to-end sensing solutions that go far beyond merely selling off-the-shelf packages.

To demonstrate our versatility across entirely different sectors, we developed a volumetric Coal Weighing System for a major mining company in Shanxi, China. The system uses direct laser scanning and proprietary algorithms to deliver precise volume and mass calculations—eliminating the need for traditional, high-maintenance scale infrastructure.

Have a unique sensing challenge or an unconventional concept? Talk to our engineering team to evaluate your requirements and co-develop a targeted solution built for your operational goals.

Contact Us / Request a Proposal

Need an advanced sensing solution for vehicle detection, classification, or car park access control? Get in touch to request a demo or talk through your project requirements.