The “Robot Era” of Mobile Communication has officially begun. Starting in 2026, the intelligent robot, known as “Firefly,” will transition from a springboard to a networked machine, evolving into a “drone operator.” These intelligent robots are expected to continuously enhance their capabilities.
Externally, they are designed to be robust, featuring increased firepower. “Firefly” will operate in various settings including construction sites, landscapes, and entertainment venues, adeptly resolving numerous technical challenges. In this context, China Mobile’s newly launched intelligent robots are expected to thrive in fields such as 5G, computational networks, and large-scale scenarios, rapidly becoming integral to various applications. This reflects the advent of the “AI+ Era” characterized by intelligent technology.
In healthcare, these robots known as “Steel Workers” will revolutionize future work environments.
With the advent of intelligent robots, they are already becoming the “new workforce” in production lines. In factories, these robots will precisely identify and sort items. They will also navigate designated pathways to return to their stations, effectively regulating production environments and the operations of human workers. In warehousing, AGV small vehicles will optimize logistics and operational efficiency in production lines and storage facilities, ensuring seamless connectivity.
To support the high-efficiency operations of these “Steel Workers,” Mobile Communication is launching a new integrated network combining “50G PON+Wi-Fi 7,” establishing a foundational infrastructure for production sites, warehousing centers, and viewing areas. This will allow for real-time data flow across various sectors including agriculture, production, and warehousing.
“We have established a 5G edge computing network at our sites, significantly reducing data transmission delays and ensuring timely responses for AI computations,” said a spokesperson. The intelligent output of data gathered in production lines is already at microsecond-level latency, with real-time processing capabilities in place.
The Mobile Communication team is dedicated to enhancing future work environments, ensuring sustainability in operations, and improving quality efficiency, targeting a productivity increase of about 30%.
The 5G device known as “Flying Dragon” represents a breakthrough in intelligent technology.
This spring, the market for intelligent machines is continuing to expand. In Mobile Communication’s promotional events, a series of 5G+AI technologies are being showcased as “Flying Dragon,” marking a significant step forward.
With the high-speed transmission capabilities of 5G, precise location services, AI visual recognition, and intelligent voice interaction, these new devices are becoming a staple in various applications, targeting audiences such as families and young travelers.
As part of the “Flying Dragon” initiative, these devices are designed to enhance service quality: focusing on family-oriented services, catering to young customers, and enabling seamless interactions.
The 5G-A technology platform aims to improve safety and service efficiency, continuously integrating operations into a cohesive system.
With the development of new technologies, Mobile Communication is transforming the landscape of intelligent robotics.
In summary, the mobile communication sector is dedicated to advancing the capabilities of these robots, ensuring they are integrated into various operational environments while enhancing productivity and efficiency.
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