Global data source center Nansha data infrastructure inaugurated
On October 15th, in Guangzhou’s Nansha district, the Global Data Source Center (China·Nansha), a significant digital economy infrastructure for the Guangdong-Hong Kong-Macao Greater Bay Area, was officially inaugurated.
This center aims to centralize data throughout the entire lifecycle of products, playing a vital role in the circulation of data elements, the distribution of data rights, and innovations in digital governance, all contributing to the construction of a global data value ecosystem.
According to a representative from the Global Data Source Center, it operates much like a large data “bank.” Businesses and individuals who join the center receive a unique digital identity, allowing them to publish data assets for rights verification and to manage and utilize these data assets independently and securely.
The Global Data Source Center offers comprehensive services for the assetization and circulation of data for both enterprises and individuals. It supports the verification of data assets, the application of data circulation, and the management of data security.
Officials from the Nansha district government in Guangzhou announced that the center will focus on collecting, identifying, and processing data related to the entire lifecycle of goods, facilitating breakthroughs from “product information to data value.” Additionally, they plan to create demonstration scenarios in areas such as digital governance, industrial digitalization, and digital industrialization, fully supporting the high-quality development of the digital economy.
Furthermore, the Global Data Source Center will catalyze the implementation of various digital application scenarios, such as “data source + digital creativity,” “data source + service trade,” and “data source + supply chain finance.” The center’s public infrastructure for the digital economy will be made widely accessible, encouraging fair competition in the market and promoting the free flow of data across broader channels.