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Accident Prevention through New Technology Development– SmartSafety Solutions

We promote safety initiatives by developing equipment technologies that substitute human involvement to mitigate equipment related accident risks, alongside the deployment of engineering safety solutions. The effectiveness of these technology is further verified through their expansion and application across diverse industries.

  • Provision of Engineering Safety Solutions

    Engineering control measures are implemented to prevent accidents caused by human error.

    - Installation of AI-based anti-crush systems and crane boom cameras.

  • Smart Safety System Development and Deployment

    Implementation of smart monitoring systems based on ICT and AI

    - Equipment operation location monitoring, excavator lifting indicator etc.

  • Support for Optimal Equipment Selection

    Elimination of equipment related risks during construction through the provision of optimal equipment solutions.

    - Equipment selection at the bidding stage / Review of operation related risks, presentation of alternatives that enable safety / productivity.

  • Workforce Substituting Automation Technology Development

    Minimization of on site workforce deployment through automation of high risk tasks.

    - Development of automation measures for high risk tasks (paining, cutting etc.) and improvement of convenience and accuracy through the use of robots. (precision positioning robots etc.)

Smart Safety Technology Details(Technology/Investment Status)

  • AI Entrapment
    Prevention System

    A device that automatically detects workers around equipment using AI cameras and issues alerts.

    ※  Early recognition of worker approaching / accident prevention

  • Crane Collision
    Prevention System

    A system that detects collision risks between tower cranes using ultra-precision GPS and LiDAR, and provides alerts.

    ※ Prevention of crane-to-crane collisions and falling accidents

  • Mobile Fall
    Prevention Device

    Prevention of fall accidents during loading and unloading of materials mounted on vehicles.

  • Zero-Gravity Steel Frame
    Installation Equipment

    A mobile articulated lifting device that installs steel beams using pneumatic and magnetic technology

    ※  Reduction of workforce for high-risk tasks:From seven to three people

  • Automated Beam Flange
    Cutting Equipment

    A mechanical device equipped with dust collection functionality that enables spark-free cutting of horizontal weld joints.

    ※  Performance comparison results (schedule and manpower: Schedule5 → 2months, Manpower 1,875 → 660 people (Reduction of 1,215persons, 65% decrease)

  • Power
    Assist Device

    A wearable device capable of preventing musculoskeletal injuries during wall-surface work, overhead operations, or personnel lifting tasks.

  • Excavator
    Lifting Indicator

    A device capable of monitoring overload during excavator lifting operations, sloped lifting, and operating time.

    ※  Prevents falling and entrapment accidents during heavy equipment lifting operations

  • Tower Crane
    Monitoring

    Load cells are attached to provide real-time information on the weight of lifted loads, wind speed, and inspection history.