The demand for vegetables in Vietnam is evolving with the increasing global preference for processed, frozen, and exported produce. However, the country faces challenges in meeting diverse demands while optimizing labor productivity and reducing agricultural labor costs. This underscores the critical role of technologies such as the IoT and data analysis in achieving precise vegetable production control. To address these challenges, the Vietnam National Productivity Institute (VNPI) established a demonstration farm in Da Lat under a cash grant from Japan’s Ministry of Agriculture, Forestry, and Fisheries (MAFF).

Microclimate control systems deployed in greenhouses collect and analyze environmental data to create optimal growing conditions. By leveraging smart technologies, farmers can optimize productivity while minimizing resource inputs and meeting market demands more efficiently. As part of the demonstration farm project, a resource person from SERAKU Co., Ltd., a Japanese supplier of microclimate control systems, visited the farm for a practical workshop, 14–15 March. Activities included the installation of a microclimate control system in the Da Lat greenhouse, guidance to staff on its usage, and exploring additional systems for future adoption. Staff received training on utilizing the system to enhance productivity and were introduced to its potential applications in their greenhouse. The resource person also shared insights on best practices and case studies.

By installing the microclimate control system, the demonstration farm project showcases the potential of innovative agriculture. The workshop and practical demonstrations also enabled farm staff to learn how to effectively utilize the system, paving the way for improved productivity and reduced labor costs across Vietnam and in other APO members. By leveraging smart technologies, farmers can optimize productivity while minimizing resource inputs and meeting market demands more efficiently.