On April 28, 2026, the Landscape Innovation Achievement Roadshow, jointly hosted by the Plant Protection Professional Committee of the Chinese Society of Landscape Architecture and the Hubei Society of Landscape Architecture, was successfully held in the comprehensive exhibition hall of the permanent exhibition area in Zone C of Wuhan Shahu Park. As an important part of the 2026 Hubei Landscape Architecture Month science outreach series and the Wuhan Metropolitan Area Flower Expo, the event was themed "Renewing Green Vitality and Sustaining Cultural Context," focusing on plant health protection and cultural continuity in urban renewal.
Among many submitted projects, the company's self-developed IoT-based water-fertilizer integration technology was shortlisted for the roadshow series in the "new landscape technologies" section. With the theme of "Smart Landscape, Shared Ecology," the technology was presented on site by Wu Zhengguang, professor-level senior engineer at the Engineering Technology Research Institute of Huanyu Engineering Consultancy (Shenzhen) Co., Ltd., and received strong attention from experts and industry peers.
Based on environmental data collected by sensors, this technology uses the company's self-developed cloud platform to analyze conditions and issue water-fertilizer plans for precise irrigation and fertilization. It achieves water, fertilizer, and labor savings while increasing output, income, and efficiency, significantly improving landscape and agricultural production benefits. It has been widely applied in landscape, municipal, agricultural, and forestry fields, with typical projects including the Cangbu Flower and Seedling Production Base of Wuhan Landscape Seedling Center, the water-fertilizer integration project for olive planting in Shiyan, Hubei, and the Pengzhou smart agriculture project in Chengdu. Li Song, associate professor in the Department of Landscape Architecture at Huazhong Agricultural University, commented that the technology has quantifiable economic benefits, represents a mature model for reducing costs and improving efficiency in landscape maintenance, and is suitable for priority promotion among municipal landscape management and facility maintenance personnel.
The roadshow demonstrated the company's technical strength in smart landscape and intelligent irrigation, and laid a foundation for deeper cooperation with municipal management departments and landscape maintenance organizations. Going forward, the company will continue promoting the integration of artificial intelligence with landscape architecture, supporting refined, intelligent, and sustainable management of urban green infrastructure.