Service

Service

RTEaaS

RTEaaS(Road & Traffic Experience as a Service) Platform

RTEaaS Platform example
  • Security
  • Real-time
    control
  • Workflow and reporting
  • Integrated platform operation
AI function
  • Cracking down on traffic violations
  • In-vehicle transportation vulnerable protection policy (elderly, disabled, children, etc.)
  • Street View and precision map update support
  • Road safety evaluation of crossings, roundabouts, etc.
  • Real-time automatic road surface hazard detection and platform transmission
    (Reinforcement of road maintenance and reduction of road management costs by detecting portholes, road cracks, deterioration in visibility of road markings/identification of damage to traffic lights and bus stops, etc.)
  • Proximity detection for bycicle, pedestrians, vehicles, etc.
  • Utilization business through various infrastructure monitoring around the route (Identification of floating population by commercial district, store change, new store opening, etc.)
  • Establishment of road information service provision platform for the era of autonomous driving
Live Tracking
Event Playback
Other Live Commands
Monthly Report
Daily Route History
On-Demand HD Video Playback
Daily Safety Report
Geo-Fences

Key components of technology

  • Investigation module based on vehicle black box camera to automatically detect potholes
  • Database system that manages collected information (location, still images, etc.) at the center
  • Management program that analyzes the frequency and area of pothole occurrence
  • It consists of a remote management module that manages the maintenance history computerized by contacting the maintenance company.

Process

  • Road Data

    Detect, Collect, Send

  • Road hazard information

    Classification, Increase/Decrease, Processing

  • Road Risk Information Big Data

    Deployment, Analysis

  • Deep learning

    Model Enhancement

  • Control & Sharing Services

    Advancement, Enlargement

RTEaaS + SOT1000 Combination

D-TEG pothole detection system

Primary porthole detection through Egde Device

  • Forward shooting with D-TEG Edge Device
  • Detect potholes by checking road surface conditions
  • Edge Deviced's artificial intelligence automatically detects portholes and transmits data to the server
  • Data transmission (LTE/5G)

Plaform

  • Secondary analysis and visualization on the server
  • Secondary analysis of the transmitted data with the AI engine of the server
  • Visualization by matching maps and potholes
Road surface damage detection and utilization

Check portholes in real time by utilizing data confirmed twice in Egde Device and Server

Benefit

Technical Effect
  • Development of edge terminal for real-time detection of road surface damage by artificial intelligence-based image learning
  • Expansion of technology for detecting risk factors on road surfaces by upgrading artificial intelligence algorithms (falling objects, black ice, traffic accidents, etc.)
Economic Effect
  • Strengthen road maintenance and reduce road management costs
  • Substitution of expensive imported road surface scanning equipment
Social Effect
  • Reduce social costs such as vehicle damage and human casualties caused by traffic accidents caused by road surface damage
  • Contribute to safe driving by providing road hazard information in real time
  • Establishment of road information service provision platform for autonomous driving era