China Unicom, Yunhuan Netlian, and ZTE Awarded GLOMO's "Best Mobile Innovation for Smart Cities" for 5G-A-Powered Smart City Blood Delivery

China Unicom, Yunhuan Netlian, and ZTE Awarded GLOMO's "Best Mobile Innovation for Smart Cities" for 5G-A-Powered Smart City Blood DeliveryDuring Mobile World Congress (MWC) Barcelona 2025, China Unicom, Yunhuan Netlian, and ZTE were honored with the prestigious GSMA Global Mobile Awards (GLOMO) "Best Mobile Innovation for Smart Cities" award for their "5G-A Low-Altitude Intelligent Connectivity Innovation Solution Empowering Intelligent City Blood Bank Construction" project. This accolade recognizes the project's groundbreaking advancements in urban blood delivery and marks a significant milestone in the large-scale commercial application of 5G-A integrated sensing and communication technology in urban public services

China Unicom, Yunhuan Netlian, and ZTE Awarded GLOMO's "Best Mobile Innovation for Smart Cities" for 5G-A-Powered Smart City Blood Delivery

During Mobile World Congress (MWC) Barcelona 2025, China Unicom, Yunhuan Netlian, and ZTE were honored with the prestigious GSMA Global Mobile Awards (GLOMO) "Best Mobile Innovation for Smart Cities" award for their "5G-A Low-Altitude Intelligent Connectivity Innovation Solution Empowering Intelligent City Blood Bank Construction" project. This accolade recognizes the project's groundbreaking advancements in urban blood delivery and marks a significant milestone in the large-scale commercial application of 5G-A integrated sensing and communication technology in urban public services.

Traditional urban blood delivery systems have long faced numerous challenges: traffic congestion, inefficient delivery times, and inadequate responses to emergencies severely hinder the efficiency of blood supply to medical institutions, impacting patient treatment and even lives. To address these issues, China Unicom, Yunhuan Netlian, and ZTE pioneered an innovative solution in Anyang City, Henan Province, China, successfully establishing a low-altitude drone blood delivery network based on 5G-A technology.

This project is not merely a technological aggregation but a revolutionary transformation of the existing urban blood delivery model. It deployed 10 low-altitude drone delivery routes in Anyang, covering a total distance of over 15 kilometers and an area of 1200 square kilometers, connecting multiple hospitals within the city. These 10 routes act as "lifelines" in the city's airspace, creating a comprehensive and efficient three-dimensional blood delivery system. Daily, these routes efficiently deliver over 50 flights of medical blood, test samples, pathology slides, emergency medications, and surgical supplies, effectively supplementing ground transportation and mitigating the impact of traffic congestion on blood delivery efficiency.

The application of 5G-A integrated sensing and communication technology is key to the project's success. This technology is not a simple 5G upgrade but integrates the high-speed, low-latency characteristics of 5G with advanced sensing technology, enabling real-time high-definition video transmission and precise monitoring of the location and flight status of over 20 drones. This significantly enhances the safety of drone delivery and provides comprehensive communication security and safety perception for the entire system. The powerful capabilities of 5G-A technology ensure the safe and stable operation of drones in complex urban environments, providing a solid technological foundation for the development of the low-altitude economy.

Following implementation, the project yielded immediate and significant results. Average blood delivery time was reduced from 40 minutes to 15 minutes, representing a more than 60% increase in efficiency. This not only significantly improves hospital emergency response speed and optimizes surgical scheduling, reducing blood loss rates, but also directly reduces the average hospital blood cost by 20% and the average patient blood cost by 10%. These figures powerfully demonstrate the project's significant contributions to both medical economic and social benefits.

The success of the "5G-A Low-Altitude Intelligent Connectivity Innovation Solution Empowering Intelligent City Blood Bank Construction" project provides a new solution for urban blood delivery and offers a replicable and scalable model for other cities. It fully demonstrates the enormous application potential of 5G-A integrated sensing and communication technology in the low-altitude economy and offers new ideas and directions for smart city construction.

It is worth noting the high value of the GLOMO Awards. Established by the GSMA, the leading global organization for the mobile communications industry, in 1996, the GLOMO Awards are considered among the highest honors in the mobile communications industry. The 2025 judging panel comprised over 260 analysts, media professionals, and industry experts worldwide, ensuring the awards' authority and fairness. Winning the GLOMO "Best Mobile Innovation for Smart Cities" award fully affirms the outstanding contributions and innovative achievements of China Unicom, Yunhuan Netlian, and ZTE in this project.

Looking ahead, China Unicom, Yunhuan Netlian, and ZTE will continue to explore the application of 5G-A technology in urban management, emergency rescue, and other fields, striving to expand this innovative solution to a wider range of applications and inject more innovative energy into smart city construction. Building on existing achievements, they plan to further expand the application scenarios of 5G-A technology and explore new models for the development of the low-altitude economy, contributing greater strength to global smart city construction.

This project is not only a technological breakthrough but also an innovative exploration of urban governance models. It demonstrates how technological innovation can effectively solve urban development pain points, improve urban governance efficiency, and ultimately benefit the public. Through efficient blood delivery, the project ensures timely patient treatment, reduces medical costs, and improves the efficiency of medical resource utilization. This is the ultimate goal of smart city construction using technology to improve urban operational efficiency and enhance public welfare.

The successful experience of China Unicom, Yunhuan Netlian, and ZTE is worthy of emulation by other cities. Promoting similar 5G-A low-altitude drone delivery systems can effectively enhance urban emergency response capabilities, optimize urban public services, and contribute to building better smart cities. This requires not only continuous technological innovation but also the concerted efforts of government departments, enterprises, and all sectors of society to better leverage the enormous potential of 5G-A technology in smart city construction. We believe that similar innovative projects will soon take root in more cities, injecting new vitality into urban development.

The success of this project proves the commercial value of 5G-A technology and provides valuable experience and reference for other cities around the globe. This is not only a technological breakthrough but also represents a new urban governance concept: improving urban operational efficiency through technological innovation to ultimately achieve sustainable urban development and continuous improvement of people's livelihoods. In the future, with the continuous maturity of 5G-A technology and the expansion of application scenarios, more innovative projects will emerge, contributing to the construction of even better smart cities. The success story of China Unicom, Yunhuan Netlian, and ZTE will undoubtedly become an important benchmark for industry development.

This innovative project by China Unicom, Yunhuan Netlian, and ZTE has achieved breakthroughs not only in technology but also in social benefits. It provides new ideas and directions for global smart city construction and injects new vitality into the development of the low-altitude economy. This is more than just an award; it is full affirmation of the power of technological innovation and a positive exploration of the future direction of urban development. We believe that in the near future, we will see more similar innovative projects contributing to the building of a better human society.

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