COMMEON QUESTIONS
On the other hand, Autonomous Mobile Robots (AMRs) are robots that detect changing environments with various sensor systems and make optimal decisions on their own by aggregating data, without requiring any markers or intermediate aids. AMR is a system that requires high-performance CPUs and computing systems, and requires complex and sophisticated operating systems and device design technologies to be implemented.
INTEGRIT’s micro-autonomous driving system provides more sophisticated and advanced autonomous driving, including fusion sensing with high-resolution rider sensors, vision cameras, and ultrasonic sensors, and reliable obstacle avoidance and intelligent path design in conjunction with its own ‘synaptree’ (AI machine learning cloud).
The high-performance thermal camera, adopted by the CUBRICK TS system, is the world’s best thermal measurement equipment, and measures up to 16 people at a distance of 4M in 0.3 seconds to detect abnormal temperatures or detect suspected unmasked people.
INTEGRIT’s first self-developed and secured service robot platform is a platform for developing a next-generation service robot that combines Android and ROS for smart devices, enabling an open AI service robot that supports strong network function, security, and Android ecosystem.
Real-time optimal robot selection, operation, and collaboration should be possible considering the robot’s condition and mission suitability.
INTEGRIT introduces robots and develops services, interworking and expanding systems, and integrated real-time control of robots.
From DB systems that integrate operations to interface modules that provide high compatibility and scalability for users and services’ legacy infrastructure and content systems, we provide an integrated robot control cloud platform for collaboration, management, control, and control.
Currently, most robots based on industrial robots, Intel’s robot platform, and ROS open source have no alternative to 5G, authentication and security, anti-hacking, and ecosystems, and the direction of global robot companies is clear: service robots.
INTEGRIT is cooperating with global chipset companies by integrating ROS, which is widely used in existing robots, and Android operating system, which has a vast ecosystem.
Robots with an integrated Android operating system allow robot operators and customers to freely develop and download robot services, and upgrade functions and specifications like the environment of smartphones. Therefore, the functions and services provided by the robot are easily developed by Android applications and can be freely linked with existing Internet services and contents.
From collaboration with a variety of multi-robot to external applications, advertising books, dashboards, kiosks, force equipment, back-end AI cloud and corporate intranet systems, it can now be integrated and linked as an element of the Internet value chain of service robots.
CUBRICK ‘s high-brightness LEDs, sensuous design and real-time interactive content provide strong attention and attract customers’ attention.
CUBRICK has become an advertising platform and media asset that identifies objects and pedestrians around it through stable autonomous driving, exposes customized content and advertisements by identifying population characteristics of surrounding customers, and sends designated content (campaigns, advertisements, etc.)
As advertising and commerce converge and user needs for ‘digital media platform’, ‘unmanned’, and ‘automated’, competition for AI and digital transformation intensifies, new service platforms and new media platforms are required for the era of future retail, future store intelligence.
As a concrete alternative to this “space intelligence,” INTEGRIT is offering ways to communicate with space for the future and customers.
In addition to stable self-driving performance and media intelligence, CUBRICK is a gateway robot that determines the population characteristics of a large number of moving customers and provides online content to offline customers by connecting with legacy Internet services and content.
‘ CUBRICK ‘, which contains a variety of Internet content, real-time interests, and space intelligence strategies, is presenting a new standard for ‘social robots’.
INTEGRIT’s AI robot applies high-resolution vision cameras and provides optimal facial recognition functions through powerful vision sensor fusion for intelligent services according to environment, population characteristics, and situation information.
However, it does not store or transmit data such as photos and images of the customer’s face by extracting the characteristic values of the acquired customer’s facial recognition data.
INTEGRIT is in strict compliance with all laws regarding privacy laws.
INTEGRIT’s AI robot provides powerful AI vision recognition functions such as objects, people, and faces.
CUBRICK applies high-resolution vision cameras and provides optimal facial recognition through a powerful vision sensor fusion. You can design various services because you can recognize them according to the customer, environment, and situation.
Identification of objects approaching and moving (within 20 m), (within 5 m face recognition)
The facial recognition/face recognition function can perform facial recognition and characteristics within 1 second using a minimum of 106 to 240 points (5ms/frame real-time processing speed).
In addition, various facial expressions and gender/age/feel/situation can be determined through the recognition of the person’s gesture.
The operation of the AI service robot system is a combination of the operation of medium and large cloud systems to provide real-time content services for customers, and the management and maintenance of robots.
For CUBRICK’s introduction and service operation, the subscription fee to the cloud service will be charged as a monthly fee along with the supply of robots.
The supply of robots provides various methods such as purchase model, installment plan, and long-term financial lease of the product.
The cloud service subscription fee is for services provided through real-time connected networks and cloud systems such as AI autonomous driving of robots and media services. Unlike conventional robots that repeat simple functions, they provide flexible services linked to real-time content, which requires access to AI platforms and cloud systems, and maintain the best robot quality and service condition through safe remote control, device authentication, security, and regular robot inspection.
The operation of the CUBRICK AI robot can be an important infrastructure asset for the hub and digital transformation that can expand customer content and services by databasing customer movement and density, population characteristics, and content exposure and advertising effects.
