On January 15th, the first Internet of Things (IoT) academic forum in China took place in Nansha, Guangzhou, Guangdong Province. The event marked a significant milestone as the "Internet of Things Wisdom New City" construction plan was officially unveiled. During the forum, a signing ceremony was held with ten leading domestic companies committing to establish operations within the IoT Smart City initiative.
As one of the key development zones in Guangzhou, Nansha New Area has already completed a full 360-degree coverage of its dedicated IoT security network. This advanced infrastructure supports a range of smart applications, including intelligent parking, waste bin monitoring, well monitoring, environmental sensing, asset tracking, and safety systems for the elderly and children. These efforts have led to the creation of an integrated urban management platform that combines city operations, industrial growth, and public services.
Leveraging the regional advantages of the Greater Bay Area, which includes Guangdong, Hong Kong, and Macau, the IoT Wisdom New City is built upon national IoT platforms. By utilizing interconnectivity and interoperability technologies, it has quickly gathered industrial enterprises, promoting business incubation, industry upgrades, and talent training. With financial services and other functions integrated into the industrial ecosystem, the initiative has created a four-in-one smart city model that blends production, urban life, people, and culture.
At the forum, the China Low-Power IoT Industry Alliance officially announced its relocation to Nansha, Guangzhou. The alliance aims to address key challenges within the IoT ecosystem. As reported, low-power wide-area networks (LPWANs) are experiencing rapid global growth. According to GSMA, by 2020, the IoT industry is expected to see significant expansion, with LPWAN connections accounting for 60% of total IoT connections. However, industrial coordination remains a major challenge. The path to IoT development lies in connection-awareness-intelligence, where the surge in connected devices and users is a natural step toward the age of intelligent sensing. Yet, fragmentation continues to hinder progress.
To overcome these challenges, the China Low-Power IoT Industry Alliance is actively working to break the deadlock. By leveraging the national public service platform for IoT logo management, the alliance has used its proprietary technology to identify and recognize heterogeneous intellectual property. In less than a year, it has successfully accessed global logo standards and completed the integration of various identification and coding systems, breaking down barriers between different platforms.
Additionally, through collaboration among government departments, companies, research institutions, and universities, the alliance is accelerating the nationwide deployment of low-power IoT communication networks. It is also pushing forward the launch of low-power IoT connectivity services and value-added applications, aiming to create a mutually beneficial environment for all members.
Academician Zhong Shan from the Chinese Academy of Engineering emphasized that during the IoT's phase of fragmentation and large-scale development, the government must play a crucial role. He called for increased policy support and improved conditions to foster the sustainable growth of the IoT industry.
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