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6G, the next-generation network technology, is expected to help robots move beyond standalone operation and evolve into intelligent, coordinated systems that can learn continuously, sense their environment, and interact in real time. While the robot market is already highly dynamic as early as 2026, with companies such as Boston Dynamics and Honor introducing humanoid robots for industrial and domestic use, 6G is expected to begin commercializing as early as 2030—an inflection point for the sector.
6G is expected to transform robots from single, rigid machines into networked units within a larger system. In this model, each robot can continuously learn, share data, and sense the environment in real time.
Robot systems operating on 6G are likely to appear first in industrial manufacturing, where demand for automation and precise coordination at scale is high. They may later expand into service sectors such as hospitality and healthcare, before gradually entering family life.
Experts say 6G is not only a data transmission infrastructure, but can also function as a large-scale sensor network. Sensors would be integrated not only into robots but also into the surrounding environment.
According to Nakul Duggal, Vice President of Qualcomm’s robotics division, the 6G radio system can operate similarly to radar—continuously scanning and mapping the environment in real time to detect obstacles. In crowded spaces, robots could generate a virtual map of their surroundings to support more accurate and safer navigation.
Another key factor is the speed of data transmission and processing at enormous scale. Frank Long, Vice President of Smart Services at Cambridge Consultants, said 5G is not currently designed to fully meet AI requirements.
By contrast, 6G aims to provide stable connectivity, ultra-low latency, and optimized energy use to process and distribute “intelligence” to robots in real time.
Despite the potential, many experts predict that 6G will be difficult to deploy widely before 2030. In the interim, robots are expected to continue evolving using existing technology platforms.
The article also notes that even without 6G, robots still have room to improve—particularly in fine manipulation and physical interaction with humans—laying groundwork for future gains from next-generation connectivity.
At the same time, the prospect of humanoid robots in every home remains uncertain. The article suggests that clarity may only emerge once 6G becomes widespread, potentially around 2030 or later.
Vietnam is described as gradually building capabilities in both foundational technologies—6G and robotics. Earlier this year, three Vietnamese companies—FPT, Viettel, and VNG—joined a global alliance to develop 6G technology led by Qualcomm. The effort includes participation from major technology groups such as Google, Meta, Microsoft, Samsung, Nokia, LG, and T-Mobile.
The involvement of Vietnamese firms is presented as evidence that domestic capabilities are increasingly recognized, and it may create opportunities to help shape future technology standards.
Within this group, Viettel is expanding R&D into 6G, building on collaboration with Qualcomm following successful deployment of 5G Open RAN.
Separately, the Ho Chi Minh City Department of Science and Technology has sent letters to major telecommunications groups including Viettel, VNPT, and MobiFone, urging research and piloting of 6G technology in 2026.
In the robotics sector, the article says domestic capabilities are also developing. Companies such as Intech Group, Phenikaa-X, and RTC have begun mastering technologies for producing autonomous mobile robots (AMR) and automatic sorting systems to serve manufacturing and logistics needs.
At CES 2026 in January, VinMotion drew international attention by showcasing Motion 2, described as focused on core technical improvements aimed at commercialization rather than entertainment.
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