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This safety check content reduces accident risks by thoroughly reviewing safety rules at construction sites such as bridges and tunnels.
Safety manuals are analyzed to provide guidance through checklists and visualization animations.
Additionally, distance measurement tools allow workers to measure lengths without physically approaching hazardous areas, further reducing risks.
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This content presents a 3D bridge design model in AR, providing an AR manual of the construction sequence for main tower works during bridge construction.
The bridge’s 3D CAD data has been converted and optimized for lighter use, while safety precautions and step-by-step construction processes — from initiation to completion — are clearly illustrated.
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This distance measurement content is designed to quickly and safely evaluate the installation accuracy of scaffolding-type external structures at construction sites.
It utilizes multiple modules — including image/sensor input, crack detection, horizontal/vertical evaluation, AR camera tracking, scaffolding interval evaluation, and quantity calculation — to precisely measure and manage structural integrity.
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This virtual training content is designed to overcome the constraints of equipment, materials, and space in vocational education.
Developed in collaboration with interior construction experts, the program allows learners to study essential construction courses and then complete quizzes to reinforce knowledge and improve training efficiency.
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The shipbuilding environment is an outdoor workplace where accessing digital drawings or documents is often difficult.
This content provides shipyard workers with visualized apps and drawings through wearable devices.
Instead of relying on complex 2D drawings, it uses 3D models to deliver intuitive and practical work information.
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This content is designed to help workers better adapt to various advanced technologies applied at worksites.
To enhance training effectiveness, it provides pipe model assembly methods as a single content package accessible on multiple devices — including smartphones, tablets, and smart glasses — enabling intuitive learning anytime, anywhere.
Check point
Checkpoint 1. Strengthening On-Site Stability
XR technology predicts and simulates potential risk factors at construction sites to prevent accidents and ensure worker safety.
Checkpoint 2. Accurate Construction Management
By virtually visualizing and managing construction processes and structures, XR increases accuracy and resolves design errors or workflow issues in advance.
Checkpoint 3. Improving Training Efficiency
With XR-based virtual education, workers can practice complex processes before entering the site, enhancing their skills and readiness through sufficient training.