“Quribo will lead robot technology to realize unmanned and automated logistics bases that operate multiple robots based on an optimized control-based multi-robot system.”

In a recent interview with our newspaper, CEO Daehyun Kim of Curivo expressed his confidence in logistics robot technology and expressed his ambition to work hard to develop and expand logistics robot technology in the future.

CEO Kim Dae-hyun is an expert who has studied IT and communications for over 30 years and comes from one of the country's leading telecommunications companies.

Accordingly, Curiebo's logistics robots are centered on IT communication rather than conventional robot technology.

CEO Kim Dae-hyun said, “I think that the foundation of logistics robots should be based on communication. In particular, the biggest feature compared to other companies is that it is a control-based robot. One of Curivo’s core technologies is a multi-robot management system technology. It has developed its own technology, FMS (Fleet Management System), a network management system that can control and monitor multiple robots in real time, and is equipped in commercial products. Additionally, it has been platformized to allow easy integration with the customer's management system through network API, and we are developing and applying a scratch program to allow even beginners to easily set up robot missions, considering the convenience of the customer," he said.

In addition, “Fleet Management Systems” provides a responsive web-based GUI that can monitor and control various information including real-time Pose by controlling up to 100 logistics robots in real time. It provides the same user experience on all platforms such as smartphones, tablets, and PCs through a responsive web, and can have priorities between robots for priority commands. Even beginners can easily create maps, manage multiple maps, and edit maps. In addition, missions can be easily assigned to robots and mission groups can be created by utilizing the open source Scratch framework. In addition, immediate responses to unexpected events can be made via SNS or email. “It is easy to manage and upgrade periodically as it is a ROS-based platform, and you can control the robot differently depending on the area by utilizing various zones such as one-way no-go zone and preferred zone,” he said.

Curivo is a robot company that develops autonomous mobile robots, including service robots and logistics transport robots that can transport logistics.

Based on network communication technology that can be linked with mobile robots, we possess various control communication solution technologies, autonomous driving technology for indoor locations where transport is possible, and AI technology that can recognize various objects through embedded and cloud-based AI deep learning.

QUBO-300, manufactured by Curivo, is a smart mobile robot that quickly and safely transports goods in indoor factories, hotels, and hospital facilities. It can optimize workflow, secure employee resources, and minimize work efficiency and economic costs.

It can transport up to 300 kg and can be relocated to various tasks with various upper modules. It is easy to set up robot missions even without prior experience, and it improves productivity by eliminating bottlenecks. It can focus on other tasks except delivery work, and it can safely and efficiently control people and obstacles. In addition, there is no need to change existing facilities.

QUBO-500 is capable of transporting logistics up to 500 kg.

In addition, serving robots are also being supplied. The serving robot is currently being delivered and supplied to Company N.

CEO Kim Dae-hyun said, “In the future, the autonomous driving robot market is expected to expand with a focus on logistics robots rather than guide robots,” and added, “There are technical obstacles, but we will overcome them to commercialize the product and expand the market.”