The Head of the Promotion Centre, Ms Fiona Lee, visited the Guangdong-Hong Kong-Macao Greater Bay Area (Huizhou, Guangdong) Green Agricultural Products Production and Supply Base in Huizhou, and exchanged views with its management on the latest developments in the agricultural products as well as the food production and processing industries.
The Commissioner, Ms Maisie Chan, headed for Zhuhai to visit the low-altitude operation command centre of Zhuhai, the logistics operation base at Tangjia Port, the low-altitude economy operation centre on Guishan Island, and the Guishan Offshore Wind Farm, learning about the local developments in low-altitude economy operations, green energy technological innovation, etc.
The Commissioner, Ms Maisie Chan, headed for Nansha, Guangzhou to visit Goldford Group’s G-Rocket International Accelerator Entrepreneurial Base, learning about its operational modes and the services provided to youth start-ups.
The Commissioner, Ms Maisie Chan, visited Shenzhen and first went to Futian District’s smart city command centre, where she met and exchanged views with officials from the Futian District Administration of Government Services and Data to keep abreast of how the Shenzhen Municipal Government applies AI in assisting in government services; and then visited Shenzhen Tong Company to learn about its recent integration with DeepSeek for an intelligent upgrade in customer service system. The Commissioner also visited the Shenzhen Library North Hall, which houses the country’s largest underground smart book repository, to see how AI technology helps the library manage massive book collections more efficiently.
The Commissioner, Ms Maisie Chan, visited Shenzhen to grasp its latest developments in low-altitude economy and humanoid robots. The Commissioner first visited the SUPTC, exchanging views with its management and learning more about its low-altitude economy Regulatory Sandbox pilot projects submitted to the HKSAR Government. She also visited UBTECH Robotics to learn about the latest developments in humanoid robots and smart service robots.
