On December 3, mobile robot solution provider Youai Zhihe released a highly generalized AI control system for embodied intelligence series products - MAIC (Mobile AI Comprehension).
MAIC is an AI perception, decision-making and execution control system designed for embodied intelligent robot products. MAIC uses the dual-core architecture of the control brain hardware as the carrier, and embeds the computing power of the robot's proprietary AI algorithm to realize multi-modal fusion perception, adaptive multi-arm collaborative operation, multi-form mobile control, and global logistics scheduling. At the same time, MAIC links to the expert-level industry vertical model trained by massive real data in the cloud to realize industrial batch deployment in subdivided industries such as intralogistics and intelligent inspection. Through the standardized interface of the industrial bus, a variety of actuators and sensors are integrated for collaborative control, and the generalization ability on the hardware entity is expanded, so as to realize the rapid integration and efficient control of the "one brain polymorphism" of the embodied intelligent robot.
As the world's leading mobile robot solution provider, Youai Zhihe focuses on industrial scenarios and deeply cultivates full-stack robot technology to ensure industrial-grade reliability and generalization capabilities. Relying on the deep accumulation in semiconductors, new energy, energy and other fields, the company has a forward-looking layout of industrial-grade generalized embodied intelligence technology, and drives the innovation of the robot industry through rapid verification and iteration in a wide range of scenarios. The launch of the MAIC system is an innovative solution provided by embodied intelligence technology for industrial subdivision scenarios. So far, the system has helped complete more than 300 industrial robot applications, demonstrating excellent performance and broad application potential.
Zhao Wanqiu, founder of Youai Zhihe, said: "The MAIC system is based on the precipitation of subdivision scenarios in the past eight years, and we hope that the high generalization ability of MAIC can empower the application of mobile robots in more industrial scenarios and help enterprises improve production efficiency and efficiency."
In the future, Youai Zhihe will lead the large-scale application of embodied intelligence in the industrial field and promote the development of industrial and intelligent manufacturing through rapid scenario verification of products and forward-looking technology layout.