As artificial intelligence (AI) and robotics continue to advance, the "brain" of robots – the central nervous system – is at the heart of their development. Whether it is an industrial robot, a service robot, or a humanoid robot, it requires powerful computing and decision-making capabilities, all of which are inseparable from the support of the robot's central nervous system. To put it simply, the "brain" of a robot includes the ability to make decisions and calculations (i.e., brain function) and the ability to perceive and react (i.e., cerebellar function). In this process, algorithms, computing power, sensors, controllers and other technologies all play a vital role, gradually allowing robots to develop from simple automated operations to agents that can perceive, learn, make decisions and perform complex tasks autonomously.
The "brain" of a robot is composed of multiple parts, each of which plays a different role in supporting the robot's autonomous decision-making, perceiving the environment, and performing tasks. First of all, the brain's core task is to process information and make decisions, and it is able to respond quickly and accurately based on information from the external environment. The cerebellum is responsible for perception, response and motor coordination, ensuring that the robot can perform various tasks flexibly and efficiently. The robot's controller and algorithm can help the robot optimize decision-making and accurate judgment in real time in uninterrupted operation, and form efficient behavior.
For example, when industrial robots are welding, handling, etc., they need to rely on precise sensors to perceive the surrounding environment, and use the brain to process and direct the robotic arm to complete the corresponding actions through the controller. If the robot does not have a strong "brain", then whether it is perception or execution, it will be in the "blind spot" and cannot complete high-precision work.
With the continuous evolution of robot technology, more and more enterprises are emerging in this industrial chain. Each enterprise participates in the research and development of robot brains according to its technical advantages in hardware, software, algorithms, etc., and promotes innovation in this field.
TZTEK is one of the important players in the robot central nervous system industry chain. Based on NVIDIA's Jetson Orin platform, the company has launched an embodied intelligent controller, Xingzhi 001, which has powerful computing power and perception capabilities, can quickly process complex data, and support robots to make decisions in real-world applications. This product has not only made great progress in the field of intelligent robots, but also established cooperative relations with companies such as Zhiyuan and Xingdong Era to jointly promote the innovation and application of industry technology.
JMicron is committed to providing controller solutions for robots, including mobile robots, industrial robotic arms and humanoid robots. Their controllers not only enable the robot to carry out efficient motion control, but also accurately perceive complex environments, helping the robot to make decisions quickly in changing situations. The company's products not only improve the efficiency of industrial robots on the production line, but also gradually enable humanoid robots to interact and work freely in the human environment.
iSoftStone's "Tianxuan Large Model" is undoubtedly one of the technical highlights of the robot brain. The model has many capabilities such as multi-modal perception, autonomous learning, planning and decision-making, and emotional interaction, which enables the robot to better process multiple information from the environment and carry out autonomous learning and adaptation in practical applications. Through the combination of AI algorithms and robot control systems, iSoftStone promotes the intelligent development of robots, enabling them to achieve more complex tasks, and even have certain emotion recognition and response capabilities, further improving the service experience of robots.
Memory chips are a vital part of the robot brain, and Hengshuo focuses on the research and development of memory chips and MCU chips to provide efficient and stable storage support. The brain of the robot needs to process and store a large amount of data, and the memory chip products of Hengshuo Co., Ltd. can ensure the stable operation of the robot brain while ensuring fast reading and writing, so as to improve the reaction speed and processing ability of the robot.
Cambrian has an influence in the field of AI chips that cannot be ignored. Its chip based on the RISC-V architecture provides powerful computing power support for robots, especially when dealing with complex computing tasks, Cambrian's AI chips can effectively improve the execution ability of robots. This technology is applied to humanoid robots, which can allow robots to perform actions more accurately and quickly, and enhance the intelligence level of robots.
Goodtech's operation control products focus on meeting the needs of robot motion and perception. Through precise control technology, Goog's products can help the robot to perform tasks more stably and accurately, thereby improving its overall performance. For example, in the application of automated production lines, robots need extremely accurate grasping and positioning, and the controller provided by Gootech can enable the robot to operate accurately in a complex production environment, which greatly improves work efficiency.
As a provider of edge computing and operating system technology, Thundersoft has deep technical accumulation in the field of autonomous driving and robotics. Provide a real-time decision support system for robots, so that robots can quickly respond to real-time changes in the environment when performing tasks, and ensure that the robot's movements and behaviors are accurate.
In the logistics industry, intelligent sorting robots have become an important tool to improve work efficiency. Zhixin Precision plans to achieve mass production of intelligent sorting robots in 2025. The robot can independently identify items, select appropriate sorting methods, and accurately deliver items to the target location, which greatly saves labor costs and improves work efficiency.
With the continuous advancement of technology, the robots of the future will not only be tools, but also likely to become the right-hand man and even a partner in our lives. Let's wait and see how the robot industry will move towards a smarter and more perfect tomorrow in continuous challenges and innovations.