Following Korea’s largest complex shopping mall “The Hyundai Seoul,” CUBRICK TS has been adopted as a cutting edge AI quarantine detection robot by Shinsegae Art & Science, the largest department store in the central region, and is recognized as the only proven and safe autonomous driving robot in Korea.
Large mega-places such as large department stores and complex shopping malls attract tens of thousands of visitors a day in vast areas, and must ensure a very high level of safety with crowded and unpredictable customer traffic. Self-driving service robots inside must be based on the highest level of technology and verification. CUBRICK ‘s cutting-edge technology is accomplished by cloud-based data science and repeated verification over thousands of kilometers.
CUBRICK TS detects customers who visit the store by autonomous driving and measures the fever of up to 16 people within 4M within 0.3 seconds, finds suspected patients wearing masks, asks customers to wear masks, and provides intelligent quarantine detection services through 5G real-time control services.
탐지 거리
최대 4m
동시 탐지 인원
최대 16명
발열여부 탐지
0.3초 이내
CUBRICK is an AI media robot platform that responds to customers and environments with real-time content from high-performance macro LEDs, with a space full of fun stories, how to communicate with customers.
CUBRICK, an affective AI social robot that is familiar with space, is a mobility media platform based on fine location and population characteristics as an optimal alternative for future retailing.
With 800,000 cumulative data inputs, the verified AI quarantine mobility CUBRICK TS system has become a brand of safety and trust for COVID-19.
In addition to stable self-driving performance and media intelligence, the CUBRICK TS is adopted as a quarantine safety mobility robot that monitors customers for fever and no masks, determines abnormal situations, and provides notifications.
Developed based on Intel-based Linux, Ubuntu, and industrial robots implemented as ROS open sources, robots cannot function and operate as service robots because they do not have a “platform” for service mounting and updating. Service robots need multi-tasking to collect and transmit multi-sensor data in real time through various communication systems, including 5G, and a robotics data framework to update functions and services. The vast amount of data generated by the robot must be collected effectively and various services can be freely supplied and updated. The ‘open platform’ for robots, where developers can easily participate and overflow with content and a variety of business models coexist, is the beginning and end of the success of service robots.
The participation of various companies through open services and open ecosystems of robots will determine the success or failure of service robots. INTEGRIT is developing a next generation robotics platform aimed at the global market with global AP companies.
INTEGRIT is developing a robot development platform for developing and distributing service robots based on strong 5G communication, edge computing, and ROS and Android compatibility systems.
Learn more about CUBRICK TS supply conditions and INTEGRIT’s special cloud services.
