Analysis of CyberDog

Xiaomi always manages to surprise and this time it does it in a big way. After presenting the new devices, Mi MIX 4 and Mi Pad 5, it manages to go further with the staging of its first bionic robot.

The bionic quadruped robot CyberDog not only has bionic movement, but also a bionic interactive visual and auditory experience that can follow instructions, recognize its owner, and automatically follow its owner's movement.

In addition, the quadruped bionic machine CyberDog is equipped with a high-precision environmental detection system, and 11 high-precision sensors on the whole body transmit information to the AI brain in real time, which can detect environmental information such as images, light, distance, speed and sound, and recover a more realistic biological response.

These include touch sensors, cameras, ultrasonic sensors, GPS modules, etc. has, and based on them interactive functions that are more biologically intuitive can be derived, as well as abilities to perceive and analyze the environment. It uses an interactive AI camera, a wide-angle binocular camera and the Intel RealSense D450 depth camera to build the hardware foundation. Through computer vision, it detects and recognizes information related to users, providing users with a more intelligent visual experience.

The robot dog is equipped with a high-performance servo motor developed by Xiaomi, which can provide a maximum output torque of 32 N m, a maximum speed of 220 rpm and a maximum speed of 3.2 m/s, which can ensure high speed performance at the same time.

The NVIDIA JETSON XAVIER NX platform is the "brain" of CyberDog, with 384 CUDA cores, 48 Tensor cores, 6 Carmel ARM CPUs and two deep learning acceleration engines that can handle a large number of Big Data sensors.

CyberDog leverages the global open source community for self-research and innovation. It combines Xiaomi's software and hardware R&D capabilities into a single body: self-developed high-performance engines, plus Xiaomi's R&D accumulation of AI vision and voice algorithms, robot systems and motion communication algorithms.

The control is very simple, we can control it by voice, remote control, mobile phone, and just say 'CyberDog' and give instructions to perform complex actions, as mentioned.

Finally, it also has a wide range of peripheral expansion capabilities, with 3 Type-C and 1 HDMI interfaces that can be connected to various expansion devices such as reflectors, panoramic cameras, sports cameras and lidars to create more application scenarios. It also supports waterproof life and can withstand various complex usage environments.