Based
on these functions, the robot provides real-time sharing of photos of on-site
situations and an activity log with the control center as well as support a
rapid response in the event of an emergency by sounding an alarm on the control
webpage. Managers can switch to manual teleoperation whenever needed to conduct
a closer look at important industrial sites. It is also possible to connect
multiple Factory Service Safety Robots to the control system to simultaneously
check various zones.
The
quadruped robot is able to navigate through narrow spaces as well as identify
blind areas that are hard to see with the human eye. Applying the Group’s
technologies to Boston Dynamics’ Spot robot also provides the robot with
enhanced autonomy features. Based on the Group’s experience with development of
service robots, the robot is equipped with diverse technologies suitable for
autonomous patrol services within industrial site environments, including task
management and deep learning-based vision technology.
The
Group has applied several of its own technologies to the robot, including AI
for detecting people, thermal camera for detecting high-temperature risks,
LiDAR for recognizing door openings, and
navigation technology that allows it to move autonomously along designated
areas within industrial sites—all of which can be expanded to other types of
mobile robot platforms.
Through
the pilot operation at Kia’s plant in South Korea, the Group will use the robot
to support late-night security patrols and create a safer environment for
workers. The Group will also go through the robot’s proof of concept and assess
its effectiveness as well as its applicability before expanding its patrol
areas and reviewing additional deployment to other industrial sites.
Earlier
this year, the Group acquired a controlling interest in Boston Dynamics to
develop robotic technologies that enhance people’s lives and promote safety.
The advancement of robotics technologies will lend synergies to the Group’s
industrial sites, autonomous vehicles, and future Urban Air Mobility (UAM)
solutions.