Around the entire process of grain production, we will promote the deep integration and innovation of good fields, varieties, opportunities, and methods, accelerate the application of new technologies and equipment, achieve agricultural situation perception, quantitative decision-making, intelligent control, and precise operations, create high-yield "model fields", and build a high-quality and efficient production system for grain.

The overall solution of the plant factory is to build a "6+N" intelligent planting system through industrial design and modern agricultural technology: six core systems (environmental intelligent control, artificial light efficiency, three-dimensional cultivation, water and fertilizer regulation, automated planting, AI center) support precise planting, and N detection modules (plants, soil, environment, agricultural products, etc.) support customized needs, which can be deployed in non arable land environments such as urban spaces, industrial parks, and wastelands, realizing year-round controllable planting in scientific research and breeding, high value-added crop production and other scenarios, breaking through the dependence of traditional agriculture on natural conditions.

The comprehensive solution for modern agricultural service centers utilizes technologies such as the Internet of Things, cloud computing, and artificial intelligence, with the "1+X" comprehensive service function as the framework, to achieve equipment data collection, a set of order processes, and services for intelligent seedling cultivation, agricultural material distribution, agricultural machinery operation, agricultural technology services, drying and processing, agricultural policies, brand marketing, and other businesses. It aims to create a new "one-stop" agricultural service comprehensive platform that integrates government supervision, agricultural service center operation, and farmers' benefits.

Around the entire life cycle of major crops such as grain and oil, using intelligent equipment such as "AI+Beidou+low altitude", an integrated intelligent control system for air, space, and earth is formed, and a highly intelligent and refined digital platform for grain field management system is constructed to achieve the integration of "five good", tap the potential of yield per unit, improve the stability and risk resistance of the entire production chain of major grain and oil crops, and form a replicable and promotable grain and oil planting yield per unit to increase planting mode, injecting new momentum for improving the quality and efficiency of grain and oil planting, and promoting large-scale balanced yield increase.

Building high standard farmland is a key measure to consolidate and improve food production capacity, ensure national food security, and a key task in implementing the rural revitalization strategy plan. Top Cloud Agriculture's comprehensive solution for high standard farmland follows relevant national plans and requirements, with the concept of integrating "technology" and "management" in the construction of high standard farmland. Key intelligent scenarios are created as the starting point, providing comprehensive digital supervision capabilities for high standard farmland construction and management units; Provide proactive intelligent operation and maintenance tools for management and maintenance units; Provide convenient and diverse agricultural service experiences for production and operation entities.

Building high standard farmland is a key measure to consolidate and improve grain production capacity and ensure national food security. The Chinese people's rice bowls are filled with Chinese grain, and we must highlight the protection of arable land and the improvement of soil fertility, and resolutely build high standard farmland.

The Top Cloud Agriculture Water Fertilizer Integrated Application System is widely used in planting and irrigation operations such as fields, greenhouses, and orchards. The system consists of a cloud platform, soil moisture data collection terminal, video surveillance, fertilizer applicator, filtration system, gate controller, solenoid valve, and field pipeline. Through the integrated system, it helps producers easily and quickly achieve integrated automatic management of water and fertilizer.

The construction project of research and production facilities for the new scientific research base takes the Jiangji land of Hangzhou Agricultural Science Research Institute as the construction core, with a construction area of 333 acres. Three major application systems, including a breeding big data center and a smart breeding full resource management system, will be built. The smart seed industry intelligent equipment project includes 256 sets of intelligent equipment for seed industry greenhouse, seed industry base, breeding phenotype, breeding quality and soil, four intelligent breeding artificial rooms, and a cooling and energy-saving improvement of 5520 square meters for the core greenhouse.

The modernization of agriculture is based on the seed industry. Recently, the General Office of the Ministry of Agriculture and Rural Affairs issued the "Guiding Opinions on Accelerating the Modernization Construction of Seed Industry Bases", proposing to deeply implement the action of upgrading seed industry bases, accelerate the construction of modern seed industry bases, improve the breeding of good seeds and emergency support system, achieve independent and controllable sources of important agricultural products, and ensure the safety of agricultural production seeds.

Seed production counties are an important foundation for ensuring the quantity and quality of agricultural seed supply. The overall framework of the comprehensive solution for Top Cloud Seed County is "1+1+3+1". One of the "1" is to build a data center, create a data base of "Internet plus", and serve the county seed industry information platform.

Modern facility agriculture is an agricultural type that utilizes modern information technology, biotechnology, engineering equipment technology, and modern management methods to provide relatively controllable environmental conditions for the growth of animals and plants, and to a certain extent, eliminates natural dependence for efficient production. It covers facility planting, facility animal husbandry, facility fisheries, and public facilities that provide supporting services.

With the increasing demands of modern society for higher talents, higher education, and the transformation and application of scientific research achievements, research institutes and universities are actively responding to policy and market-oriented transformation and upgrading in teaching and research. Top Cloud Agriculture deeply integrates new generation of information technology such as the Internet of Things, artificial intelligence, and big data analysis with biotechnology and agricultural technology. Based on the construction of an integrated platform for scientific research and teaching, it creates a professional digital teaching and management platform, implementing a closed-loop application from teaching tasks to online teaching, attendance check-in, and educational resource management