An AI-enhanced, infrared, large-scale, body temperature monitoring device for rapid detection of high temperature. This device can provide initial temperature screening for groups of people whose temperature are above the normal extent, and provide high temperature warnings after detection. Application scenarios include crowded places ranging from sports arenas, exhibition centers, airports and transport hubs for the CITMS 200, and office buildings, shopping centers, grocery stores, manufacturing facilities, and schools for the CITMS 100, and small offices and retail shops for the CITMS 50.
What We Do At CloudMinds
To operate smart robots for people, currently we build and operate an open end-to-end cloud robot system, and offer it as a service to the world. Our pioneering world-class architecture connects robots and smart devices over a secure Virtual Backbone Networks (VBNs) to Cloud AI. Our Human Augmented Robotics Intelligence with Extreme Reality (HARIX) platform is an ever evolving “cloud brain” capable of operating millions of cloud AI robots performing different tasks simultaneously. Complemented by our smart joint technology (SCA), our cloud AI capabilities include Natural Language Processing (NLP), Computer Vision (CV), navigation, and vision-controlled manipulation that’s bringing a vibrant cloud ecosystem of next generation robotics and smart devices to many industry value chains.
Our Cloud Robots
Our end-to-end cloud robotics system combines the cloud intelligence architecture and robot bodies to provide cloud robot services to customers. This system is capable of operating a massive number of cloud robots simultaneously, including reception robots, security robots, humanoid robots and other service robots.
Our Cloud Devices
Our smart communication devices or robot control units (RCUs) are connected to the HARIX ‘cloud brain’ through the VBN ‘nerve network’.. These cloud-connected smart devices are customized from our DATA A1 high-security smartphone and can be plugged into any robot for remote control or adapted to service as a handheld Raman spectrometer.
Leading Core Technology
AI capability to support face and object recognition through deep learning technologies
AI capability to support dialogue and communication functions through natural language processing technologies, language semantic analysis, automatic speech recognition, and dialogue flow
AI capability to support motion control and indoor and outdoor navigation utilizing our smart joint actuators (SCAs).
Network security technology based on blockchain authentication and SDP
Virtualization on Mobile Device
Leading Virtualization technology on mobile devices ensures that data is stored on a secure operating system and isolated from the public internet making it immune to potential attacks.
Smart compliant actuators for high-performance biomimetic robot body parts