Ankara · Türkiye | +90 (312) 210 00 15
| Intelligent Transportation Systems | TREN
ISSD
Traffic Sensing, Analytics & Control Systems

VIERO-AIAI Traffic Video Analytics System

The Easiest Way to Generate Traffic Data

VIERO-AI is an Intelligent Transportation Systems solution that counts vehicles passing through road sections in real time using image-based analysis methods and generates traffic data.

Capable of operating 24/7, the system produces data such as vehicle counts, traffic density, occupancy rate, vehicle tracking, and average vehicle speed. The resulting information can be transmitted to any designated center through wired or wireless communications infrastructure.

3D Explore the Experience

AI-Based Traffic Video Analytics Platform

VIERO-AI is an image-based vehicle counting system that monitors a road section through camera images, analyzes vehicle movements in real time, and converts them into traffic data. Without requiring physical sensors to be installed on the road, it tracks vehicles within the camera’s field of view; traffic movements on the road section are measured instantaneously, and the resulting data is transferred to central systems.

Traffic data produced by VIERO-AI can be used in traffic management, transportation planning, traffic analysis, macro modeling, and transportation-oriented design studies, particularly in the CHAOS Dynamic Junction Control System.

DATA PIPELINE — LIVETRAFFIC ANALYSIS CAMERAMonitors traffic 24/7TRAFFIC VIDEO ANALYTICS PLATFORMreal-time analysis with AITRAFFIC DATAcount · density · occupancy · speedCENTERwired / wireless transfer
How It Works

From camera to center...

ROAD SECTION — LIVETRAFFIC ANALYSIS CAMERA
01 The road section is monitored by traffic analytics cameras
VIERO-AI consists of a traffic analytics camera and an AI-based video analytics platform.
VIDEO STREAM — REAL-TIMEAIDATAAI-BASED VIDEO ANALYTICS PLATFORM
02 Video streams are processed on the traffic video analytics platform
Images captured by the camera are evaluated in real time by the AI-based image processing unit within the system.
DETECTION — AICAR 98%VAN 95%SIMULTANEOUS6 LANESvehicle detection
03 Vehicles are detected using AI-based algorithms
Vehicles within the camera’s field of view are analyzed using AI-based algorithms developed by ISSD.
VEHICLE TRACKING — TRAJECTORIESEVERY VEHICLE IS TRACKED ON THE IMAGE
04 Vehicle movements are tracked on the image
The movement of every vehicle entering the field of view is tracked through the image.
GENERATED DATA — LIVE124vehicles / 5 min52km/h avg speed38%occupancyDENSITYOCCUPANCY
05 Traffic data is generated
Vehicle count, density, occupancy, and speed data are generated.
DATA TRANSFER — WIRED / WIRELESSVIERO-AI FIELD UNITCENTERconnection active
06 Data is transmitted to the center
The resulting data is transmitted to the center over a wired or wireless network.

System Components

01
High-resolution traffic analytics cameras
They monitor the road section and transfer the captured images to the image processing board.
02
Image processing board
It provides high processing power; the AI-based image processing unit runs the developed algorithms in real time.
03
IP66 enclosure
The two main hardware components are housed in an enclosure with an IP66 protection rating.
04
Hardware-specific algorithms
They support system performance by enabling the camera and image processing board to work together.

What traffic data does VIERO-AI generate?

VIERO-AI processes camera images to produce data that can be used in different traffic analyses.

Vehicle Counting Determines in real time the number of vehicles passing through a defined road section.
Traffic Density Measurement Evaluates vehicle movements on the road section to generate traffic density data.
Occupancy Measurement Measures the utilization rate of a defined road or lane area by vehicles.
Image-Based Vehicle Tracking Tracks the movements of vehicles entering the camera’s field of view through the image.
Average Vehicle Speed Measurement Generates average speed data for vehicles passing through a defined road section.
Discharge Detection on Junction Exit Approaches Measures vehicle flow through junction exit approaches and provides data on how effectively the junction is clearing.

Key Features

Field of view up to 100 meters Simultaneous vehicle counting across up to four lanes 24/7 operation Separate operating modes for daytime and nighttime AI-based real-time image processing Vehicle counting, density, and occupancy measurement Image-based vehicle tracking Average vehicle speed measurement Discharge detection on junction exit approaches Wired or wireless data transmission Enclosure with an IP66 protection rating Free software updates during the warranty period Error margin below 8%

Where is VIERO-AI data used?

Data produced by VIERO-AI can be used in different areas of traffic management and transportation planning.

CHAOS Dynamic Junction Control System
Measures vehicle density on junction approaches and produces the traffic data required by CHAOS. The resulting data is transferred to the CENTRIS Dynamic Junction Control Unit and used to adjust traffic signal timings according to current vehicle density.
Traffic Management Centers
Vehicle count, density, occupancy, and speed data can be transferred to central traffic management software, allowing traffic conditions on the road network to be monitored.
Transportation Planning
Traffic data collected from different road sections can be used to plan transportation investments and road improvements.
Traffic Analysis
Vehicle movements, density changes, and average speed data can be analyzed periodically.
Macro Traffic Modeling
Real-world field data can be used as a data source for creating and improving traffic models.
Transportation-Oriented Design
Helps identify existing traffic movements in road, junction, and corridor design studies.

Advantages

VIERO-AI creates an uninterrupted data flow between the field and the center by generating traffic data from camera images.

Measures vehicle movements on a road section in real time
Can monitor multiple lanes through a single system
Performs image-based analysis without requiring physical road sensors
Produces different types of traffic data through the same system
Can transmit the resulting data to remote centers
Can operate under daytime and nighttime conditions
Provides a continuous data source for traffic management and transportation planning
Can operate together with the CHAOS Dynamic Junction Control System
Delivers high performance through hardware-specific algorithms

Frequently Asked Questions

What does VIERO-AI do? +

VIERO-AI counts vehicles passing through road sections using image-based analysis and generates traffic density, occupancy, vehicle tracking, and average speed data.

How many lanes can VIERO-AI monitor? +

With appropriate camera positioning, VIERO-AI can count vehicles simultaneously across up to four lanes.

Does VIERO-AI operate at night? +

Yes. VIERO-AI has two different operating modes for daytime and nighttime conditions and can operate 24/7.

What data does VIERO-AI generate? +

The system can generate vehicle count, traffic density, occupancy rate, image-based vehicle tracking, average vehicle speed, and discharge data for junction exit approaches.

Can VIERO-AI data be transmitted to a center? +

Yes. The resulting traffic data can be transmitted to any designated center over a wired or wireless network connection.

How does VIERO-AI work with CHAOS? +

VIERO-AI counts vehicles on junction approaches to generate vehicle density data. This data is transferred to CENTRIS and used within the CHAOS system to adjust traffic signal timings according to current density.

Does VIERO-AI require physical road sensors? +

VIERO-AI analyzes vehicles through camera images. Therefore, it does not require physical sensors to be installed on the road surface for vehicle counting and traffic data generation.

Learn more about VIERO-AI

Contact us to learn more.