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"3D K-Field" is a system that constructs a virtual site in a digital space based on 3D models, allowing for the real-time visualization of the site's conditions by displaying data on people and objects obtained from IoT sensors installed at the site. By equipping workers with beacons (transmitters) and linking them with an IoT gateway (receiver), it is possible to obtain users' location information in real time. Additionally, if there is an existing positioning system, data integration can also be performed. This enables the visualization of individual workers and the confirmation of the current location of patrollers. 【Features】 ■ Acquired location information is updated in real time ■ Past location information can be reviewed as heat maps or movement paths ■ By graphing daily movements chronologically, it supports reporting as a history of actions *For more details, please download the PDF or feel free to contact us.

"3D K-Field" is a system that constructs a virtual site in a digital space based on 3D models and visualizes the real-time status of the site by displaying data on people, objects, and vehicles obtained from IoT sensors installed at the site. By equipping facility users with beacons (transmitters) and linking them with an IoT gateway (receiver), it is possible to acquire users' location information in real-time. This is also useful for visualizing areas of congregation through heat maps. 【Overview】 ■ Acquired location information can be displayed in real-time. ■ Past location information can be displayed as heat maps or movement paths. ■ By graphing daily movements chronologically, it can be displayed as a behavior history. *For more details, please download the PDF or feel free to contact us.

"3D K-Field" is a system that constructs a virtual site in a digital space based on 3D models and visualizes the real-time status of the site by displaying data on people, goods, and vehicles obtained from IoT sensors installed at the site. Workers carry beacons (transmitters), and IoT gateways (receivers) are installed on the building side. This allows for real-time acquisition of user location information. 【Improvement of Work Flow】 ■ Picking personnel reduce unnecessary back-and-forth trips, increasing the number of tasks completed per day. ■ Reduces costs incurred from labor and incorrect picking. ■ Real-time visualization of "zone dwell" at shelf sections and aisles. ■ Instant identification of bottlenecks with heat maps, supporting layout improvements. ■ Internal knowledge creation of "optimal routes" through playback of past movement data. *For more details, please download the PDF or feel free to contact us.

"3D K-Field" is a system that constructs a virtual site in a digital space based on a 3D model, allowing for real-time visualization of the site's conditions by displaying data on people, objects, and vehicles obtained from IoT sensors installed at the site. By using beacons and gateways, it is possible to acquire user location information in real-time. 【Features】 ■ Facility managers can make scientific decisions regarding store renovations and staff placements. ■ Maximize ROI while minimizing opportunity loss. ■ Display visitor dwell times by floor section in a heatmap. ■ Understand peak times with time-series graphs to optimize staff placement and promotional timing. ■ Easily compare promotional effects before and after implementation. *For more details, please download the PDF or feel free to contact us.

"3D K-Field" is a system that constructs a virtual site in a digital space based on 3D models, allowing for real-time visualization of the site's conditions by displaying data on people, objects, and vehicles obtained from IoT sensors installed at the site. By equipping children with beacons (transmitters) and installing an IoT gateway (receiver) on the facility side, it is possible to obtain the children's location information in real time. 【Features】 ■ Staff can check the children's location information in real time. ■ It is expected to be effective in preventing children from getting lost or being left behind. ■ It can prevent human errors such as children straying or being left behind during bus rides or walks. ■ Confirmation of the current location when a child goes missing and checking past locations they visited. ■ Increased peace of mind for parents due to the establishment of a monitoring system. *For more details, please download the PDF or feel free to contact us.