ROBO-HI Corporation has launched a new「ROBO-HI DANCE」solution designed for the security and inspection industry.
This solution addresses the growing labor shortage facing the security and inspection sector by enabling seamless collaboration between robots and on-site personnel. The security and inspection industry is experiencing a severe shortage of workers, leading many organizations to explore robot deployment as a means of reducing labor requirements. However, conventional robot implementation often results in robots simply performing patrols independently, with little integration into human workflows. As a result, the anticipated operational efficiency gains are not fully realized.
「ROBO-HI DANCE」overcomes this challenge by enabling robots responsible for wide-area patrols and human staff responsible for judgment and response to work together seamlessly (“DANCE”). By combining the strengths of both, robots can assume a significant portion of patrol and inspection tasks while maintaining and improving building management quality.

Robots cover wide-area patrols (“Area”), while human workers focus on high-level decision-making (“Point”). By strengthening the connection (“Line”) between the two, organizations can shift approximately 60–70% of routine on-site operations to robots.
The system instantly notifies field personnel via smart devices when:
This enables uninterrupted operations without slowing down field activities.
Robot patrol records and human inspection results are digitally integrated into a single platform. This provides real-time visibility into building management conditions and enables objective demonstration of operational value to building owners.
「ROBO-HI DANCE」is designed to seamlessly connect wide-area robotic patrols with human judgment and response capabilities. The following three core functions support efficient field operations.
When a robot detects an anomaly during patrols—such as suspicious objects, water leaks, or unlocked doors—the system immediately shares the location and images with the nearest staff member through the mobile application. This allows personnel to quickly arrive on-site and take appropriate action.
When a robot becomes stuck, such as waiting at a security gate or encountering an obstacle along its route, the system automatically notifies on-site personnel.
Staff can then assist by opening gates or providing support, enabling the robot to promptly resume its patrol.
This dedicated application allows staff to:
The app enables efficient coordination between personnel and robots while minimizing unnecessary notifications.
