UBTech Joint Project Wins First Prize of Guangdong Provincial Science and Technology Progress Award, Targeting Collaborative Operation of High-Risk, High-Precision Robots
The project "Research and Application of Key Technologies for Collaborative Perception and Decision-Making of Robots in Complex Dynamic Environments," in which UBTech participated in joint research, won the First Prize of the 2025 Guangdong Provincial Science and Technology Progress Award. The project team has worked on the research for more than ten years, producing four original achievements: cross-scale high-precision semantic perception and localization, interpretable complex task learning and dynamic optimization decision-making, lightweight and highly trustworthy swarm intelligence collaboration, and integrated software-hardware design. As the core industrialization undertaking unit, UBTech has leveraged humanoid robots to verify multi-robot collaboration capabilities in industrial scenarios, and will subsequently conduct testing and iteration in scenarios such as nuclear power plant inspection, intelligent warehousing and logistics, and intelligent manufacturing.
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Sina Tech News, November 4 — The results of the 2025 Guangdong Provincial Science and Technology Award selection have been released. The project "Research and Application of Key Technologies for Collaborative Perception and Decision-Making of Robots in Complex Dynamic Environments," jointly tackled with UBTECH's participation, won the first prize of the Guangdong Provincial Science and Technology Progress Award.
It is understood that, with the joint support of the National Key R&D Program, the National Science Fund for Distinguished Young Scholars, the Key Projects of the National Natural Science Joint Fund, and the Guangdong Provincial Key Area R&D Program, the award-winning project team has carried out more than ten years of sustained research around key scientific and engineering issues such as the accuracy of collaborative perception, the optimization and interpretability of decision analysis, the efficiency and trustworthiness of collaborative architectures, and integrated software-hardware design, forming four original core technological achievements: cross-scale, high-precision full-dimensional semantic perception and localization in complex environments; adaptive, interpretable complex task learning and dynamic optimization decision-making; lightweight, highly trustworthy efficient swarm intelligence collaboration; and high-performance, highly reliable integrated software-hardware design and engineering application.
As the core industrialization undertaking unit of the project, UBTECH deeply participated in technology R&D, verification, engineering iteration, and product implementation. Relying on humanoid robot platforms, it carried out research and verification of capabilities related to environmental perception, task decision-making, and multi-robot collaboration in industrial scenarios, promoting the distillation of cutting-edge algorithms into stable, reliable, and deployable humanoid robot product solutions.
In the future, the project team will continue to refine technologies related to collaborative perception and decision-making, and carry out testing and iteration in combination with practical scenarios such as nuclear power inspection, intelligent warehousing and logistics, and intelligent manufacturing. news_keyword_pub,stock,sz300024 iframe below body iframe below body General statement General statement QR code at end start QR code at end start
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