BUSINESS
BUSINESS
LiDAR Area
3D Road Register
By utilizing the XYZ absolute coordinate values acquired with the lidar equipment, Calculate slope, gradient,
curve radius, etc. and create intuitive data.
Create optimal pavement surface through geometric analysis, analyze accident risk areas,
It is used in various fields such as road design verification and bridge investigation.
3D Road Register
Digital transformation of road management work and usability of road information
Data for strengthening autonomous driving, expansion of future mobility, ICT linkage, etc.
To respond to changes in road and information systems due to changes in road environments This is a business that digitizes roads and facilities.
High Definition Map
We focus on the research, development, and commercialization of autonomous vehicles, road management systems, and precision navigation maps.
Our 3D high-precision electronic maps are produced with absolute accuracy of ±25cm, providing reliable data that plays a vital role across various applications.
High Definition Map
We focus on the research, development, and commercialization of autonomous vehicles, road management systems, and precision navigation maps.
Our 3D high-precision electronic maps are produced with absolute accuracy of ±25cm, providing reliable data that plays a vital role across various applications.
Sidewalk
High Definition Map
This project lays the foundation for public mobility services, including delivery robots and mobility support for pedestrians.
We select specialized equipment to enable efficient LiDAR data collection along sidewalks and pedestrian areas. The data gathered includes detailed information on various facilities and sidewalk geometry, supporting the development of safe and accessible mobility solutions.
Sidewalk
High Definition Map
This project lays the foundation for public mobility services, including delivery robots and mobility support for pedestrians.
We select specialized equipment to enable efficient LiDAR data collection along sidewalks and pedestrian areas. The data gathered includes detailed information on various facilities and sidewalk geometry, supporting the development of safe and accessible mobility solutions.
Railway facility GIS DB,
Rail View Project
We designed and manufactured a custom frame to securely mount LiDAR equipment, enabling precise data collection along railway lines.
Using this system, we are acquiring high-resolution data on railway infrastructure and surrounding facilities. The collected data is then processed and converted into a comprehensive GIS database, supporting efficient infrastructure management.
In addition to LiDAR, we have installed a 360-degree camera to capture detailed imagery of signals, crossings, and station facilities. This visual data enhances inspection capabilities and provides a clearer understanding of the railway environment.
Currently, we are integrating all this information into Rail View, an advanced platform that offers intuitive visualization and streamlined management of various railway facilities.
Railway Facility GIS DB,
Rail View Project
We designed and manufactured a custom frame to securely mount LiDAR equipment, enabling precise data collection along railway lines.
Using this system, we are acquiring high-resolution data on railway infrastructure and surrounding facilities. The collected data is then processed and converted into a comprehensive GIS database, supporting efficient infrastructure management.
In addition to LiDAR, we have installed a 360-degree camera to capture detailed imagery of signals, crossings, and station facilities. This visual data enhances inspection capabilities and provides a clearer understanding of the railway environment.
Currently, we are integrating all this information into Rail View, an advanced platform that offers intuitive visualization and streamlined management of various railway facilities.
Pavement Management
System
This project focuses on assessing road pavement conditions to develop effective maintenance and repair plans.
We evaluate three key factors: road cracks, longitudinal flatness, and transverse plastic deformation. Additionally, we investigate and analyze potholes, patches, and other surface issues to determine the urgency and necessity of repairs.
Based on the analysis, we provide prioritized construction sections and predictive insights into future pavement conditions, supporting proactive and efficient road maintenance strategies.
Pavement Management System
This project focuses on assessing road pavement conditions to develop effective maintenance and repair plans.
We evaluate three key factors: road cracks, longitudinal flatness, and transverse plastic deformation. Additionally, we investigate and analyze potholes, patches, and other surface issues to determine the urgency and necessity of repairs.
Based on the analysis, we provide prioritized construction sections and predictive insights into future pavement conditions, supporting proactive and efficient road maintenance strategies.
Road geometry analysis
By utilizing XYZ absolute coordinate data collected with LiDAR equipment, we calculate key geometric elements such as slopes, gradients, and curve radius to create intuitive data.
This information supports the creation of optimal pavement surfaces through detailed geometric analysis and the identification of high-risk accident areas. It is widely applied in various fields, including road design verification and bridge inspections.
Road Geometry Analysis
By utilizing XYZ absolute coordinate data collected with LiDAR equipment, we calculate key geometric elements such as slopes, gradients, and curve radius to create intuitive data.
This information supports the creation of optimal pavement surfaces through detailed geometric analysis and the identification of high-risk accident areas. It is widely applied in various fields, including road design verification and bridge inspections.
