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Hai Phong launches two new agricultural technologies

KIM GIANG 31/10/2025 11:45

The Hai Phong Department of Science and Technology has introduced virtual reality technology in farming and a geographic information system in aquaculture.

Các đại biểu trải nghiệm 2 công nghệ mới được áp dụng trong nông nghiệp thông minh.
Delegates experience two new technologies applied in smart agriculture

The Hai Phong Department of Science and Technology held a conference on October 30 to showcase two new technologies in agricultural production.

The department’s Center for Innovation and Science and Technology Application, in collaboration with the Military Technical Academy, presented virtual reality (VR) technology in farming and a geographic information system (GIS) in aquaculture.

Phó Giám đốc Sở Khoa học và Công nghệ Lê Văn Kiên phát biểu khai mạc hội nghị.
Le Van Kien, Deputy Director of the Department of Science and Technology, delivers the opening speech at the conference

The VR technology allows farmers to simulate the entire farming process, from seed selection and care to harvesting, in a virtual environment.

The VR application not only supports training and technical guidance but also helps evaluate the effectiveness of production models before actual implementation.

Meanwhile, the GIS integrates spatial data and management information, enabling environmental monitoring, cultivation area optimization, and decision support.

Giảng viên Tô Thị Phượng (Trường Đại học Thành Đông) giới thiệu Hệ thống thông tin địa lý (GIS) trong nuôi trồng thủy sản.
Lecturer To Thi Phuong from Thanh Dong University presents the geographic information system (GIS) in aquaculture

GIS plays an important role in planning and developing the modern aquaculture industry, especially in environmental management and early warning of disease risks.

A pilot GIS model was previously designed and implemented in aquaculture areas in the former Tu Ky district, initially yielding positive results in data digitization, environmental monitoring, and production management.

These applications are expected to help promote digital transformation and the development of smart, sustainable agriculture in the city.

KIM GIANG

KIM GIANG