Vigorously Develop Intelligent Agricultural Machinery Robots and Other Intelligent Equipment

Recently, the State Council issued the Opinions on Deepening the Implementation of "Artificial Intelligence+" Action, proposing to further implement the "Artificial Intelligence+" action, and a number of new infrastructure, new technology systems, new industrial ecology, new jobs, etc., to accelerate the cultivation and development of new quality productivity, so that all people can share the achievements of artificial intelligence development, and better serve the construction of Chinese path to modernization.

Among them, in the field of agriculture, the Opinion clearly proposes to accelerate the transformation and upgrading of agricultural digitization. Accelerate the innovation of breeding systems driven by artificial intelligence, and support intelligent applications in agricultural fields such as planting and breeding. Vigorously develop intelligent agricultural machinery, agricultural drones, agricultural robots and other intelligent equipment, improve the intelligent perception, decision-making, control, operation and other capabilities of agricultural production and processing tools, and strengthen the platformization and intelligent management of agricultural machinery and tools. Strengthen the application of artificial intelligence in agricultural production management, risk prevention, and other fields to help farmers improve their production and operation capabilities and levels.

The agricultural digitization measures in the State Council's Opinion have promoted the transformation of agriculture from "traditional extensive" to "intelligent and precise" through technological innovation, equipment upgrading, and management optimization, achieving the goals of improving production efficiency, optimizing resource utilization, and upgrading industrial models. For agricultural machinery and equipment, the research and application of intelligent agricultural machinery not only accelerates the intelligent transformation of the agricultural machinery industry, but also enhances the efficiency and industrialization level of agricultural machinery, providing solid equipment support for agricultural modernization. (This paragraph is generated by AI)

In the future, with the further development of artificial intelligence technology (such as big models and digital twins), agricultural digitization will expand to a deeper and wider range: for example, agricultural robots will have more complex decision-making capabilities (such as autonomously judging the type of pests and diseases, adjusting the dosage of pesticides), intelligent agricultural machinery will achieve deep integration of "machine, art, planting, and field" (such as adapting to different varieties of sowing depth and fertilization amount), and the agricultural industry model will be upgraded towards "smart agricultural parks" and "digital villages" (such as the "digital agricultural factory" cluster in Zhejiang). These changes will further consolidate the fundamental position of agriculture, promote the comprehensive revitalization of rural areas, and achieve the goal of strong agriculture, beautiful rural areas, and prosperous farmers.