AI CAMERA VDS

AI CAMERA VDS
TantanCore offers a cutting-edge AI Camera-based Vehicle Detection System (VDS) designed for smart urban traffic management.
Our embedded cameras, equipped with deep learning processors, feature AI models and analytical algorithms specialized for traffic applications.
The system enables real-time detection of traffic volume, vehicle speed, vehicle classification, travel direction, and pedestrian presence — providing an innovative and integrated solution to support Intelligent Transportation Systems (ITS).

Key Features

  1. All-in-One AI Camera System Embedded deep learning processors enable precise, real-time traffic information generation within the camera itself.
  2. Distributed Deep Learning Between Edge and Server Distributed processing between field devices and central servers ensures efficient resource management and faster response times.
  3. Real-Time Data Processing via Data Pipeline Collected traffic data is processed and refined in real-time to enhance integration with various application systems.
  4. GIS Integration and Visualization Traffic data is linked with Geographic Information Systems (GIS) for intuitive and visual statistical analysis.

Core Functions

Individual Lane Vehicle Speed Detection:

Accurately analyzes the speed of vehicles in each lane in real-time to monitor traffic flow.

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Vehicle ID Assignment and Tracking:

Assigns unique IDs to detected vehicles for continuous tracking, even at low speeds or during stops.

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Automatic Incident Detection:

Detects stopped vehicles, wrong-way driving, sudden lane changes, pedestrians, and two-wheelers.

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Multi-Lane Simultaneous Analysis:

Supports simultaneous detection and analysis for up to six lanes.

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Performance

  1. Successfully delivered to the Seoul Metropolitan Government, with official performance verification completed.
  2. Achieved top ratings from the Korea Expressway Corporation Road Traffic Research Institute (certified by the Ministry of Land, Infrastructure and Transport).
    1. Daytime Recognition Rate: 100% (Top Grade)
    2. Nighttime Recognition Rate: 99% (Top Grade)
  3. Achieved top results in ITS Korea’s VDS Basic Performance Evaluation:
    1. Traffic Volume Accuracy : 98%
    2. Speed Accuracy : 99%
    3. Occupancy Accuracy : 95%
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Comparison : Traditional Video-Based VDS vs. AI Camera VDS

Category Traditional Video-Based VDS AI Camera VDS
Function Enhancement Unstable data at low speeds (<20km/h) or stops Continuous tracking with unique ID even during low-speed or stationary states
Additional Functions Lane-specific traffic count and speed Adds incident detection (stopped vehicles, wrong-way driving, sudden lane changes, pedestrian detection)
Simplified Equipment Requires CCTV, field controller, or central server (GPU required) Built-in NPU in AI camera —> no server needed
Real-Time Response Data collected every 5 minutes (average values) Provides real-time data and instant incident alerts
Maintenance With separate devices, traditional setups are harder to maintain and troubleshoot The all-in-one architecture minimizes potential failure points and simplifies diagnostics and maintenance

Key Advantages

  1. All-in-One AI Camera :Deep learning-based vehicle detection and tracking directly within the AI camera.
  2. Advanced Incident Detection :Real-time detection of stopped vehicles, wrong-way driving, sudden lane changes, and pedestrians.
  3. Outstanding Performance :Near-zero false detections and missed detections through AI deep learning.
  4. Cost Efficiency :Installation and maintenance with AI cameras only — no additional server required.

Application Cases

  1. Seoul Metropolitan Government :Installed on major highways (Olympic Highway, Gangbyeon Expressway, Gangnam Beltway) and key city roads for traffic data collection and incident detection. Ongoing testing for six vehicle classifications.
  2. Guri City :Traffic data collection at key intersections (waiting queue analysis, turn and straight traffic volume).
  3. Pyeongtaek City :Traffic data collection and real-time pedestrian safety monitoring at major intersections.
  4. Geoje City :Traffic data collection at major intersections.
서울시설공단Installation Details: Seoul Facilities Corporation Project
Period Key Installation Areas Sites
1H 2023–1H 2025 Expressways (60–100 km/h zones)
  1. Entire Gangbyeonbuk-ro
    (Including access sections at major Han River bridges)
  2. Entire Olympic-daero
    (Including access sections at major Han River bridges)
  3. Entire Gangnam Beltway (Gwanaksan–Umyeonsan Section)
    (Including all tunnel sections: Gwanak, Bongcheon, Seocho)
 226 sites
Seoul City Roads (0–60 km/h)
  1. Major Real-Time Urban Roads
    (Including major tunnels, interchanges (IC), intersections, and areas near subway stations)
 68 sites
Total 294 sites

Build smarter and
safer cities with
TANTANCORE's
AI Camera VDS System.

NEWS

CONTACT

LOCATION

Directions to TantanCore

ADDRESSADDRESS
(16226) 816, 1st Floor, Gwanggyo Ace Tower 1, 17, Daehak 4-ro, Yeongtong-gu, Suwon-si, Gyeonggi-do, South Korea
E_MAILEMAIL
help@tantancore.com
TELTEL
031-270-7900
FAXFAX
0504-329-7657