Xi'an Agricultural Conditions Supervision System Construction Project
Xi'an Agricultural Condition Supervision System Construction Project
Key Project of "Digital Xi'an" Smart Agriculture
Case Overview
As a key project of "Digital Xi'an" smart agriculture, the Xi'an Agricultural Condition Supervision System Construction Project has successfully passed the completion inspection and acceptance. This project aims to enhance agricultural management efficiency through digital means, promote the transformation and upgrading of traditional agriculture to smart agriculture, and is of great significance for achieving refined agricultural management, improving production efficiency, and ensuring food security.
The project integrates modern information technology with agricultural production management practices, establishing an agricultural condition monitoring network covering the entire city. It provides a scientific basis for agricultural decision-making and precise guidance for agricultural production, serving as an important measure for Xi'an to advance agricultural modernization.
Project Image Display
Agricultural Condition Supervision System Console Interface
Farmland Remote Sensing Monitoring Map Display
Agricultural Machinery Dispatching System Application Scenario
Detailed Project Introduction
The Xi'an Agricultural Condition Supervision System Construction Project took 12 months to complete and is a comprehensive agricultural management platform integrating data collection, analysis, and decision support. With "precision perception, intelligent analysis, and scientific decision-making" as its core, the system builds an all-round, multi-level agricultural condition monitoring system by integrating data collected from satellite remote sensing, aerial monitoring, and ground IoT devices.
The system architecture adopts a "cloud-edge-terminal" integrated design, including two core subsystems: the Agricultural Machinery Dispatching Subsystem and the Homestead Approval Management Subsystem. It also reserves data interfaces with departments such as meteorology, water conservancy, and market supervision, realizing cross-departmental and cross-field information sharing and business collaboration.
Implementation Location
Xi'an City, Shaanxi Province
Construction Period
12 Months
Coverage Scope
Entire Agricultural Production Area of Xi'an City
Implementation Effects
The system helps optimize the allocation of agricultural resources, reduce management costs, and improve decision-making efficiency.
It has successfully passed the completion inspection and acceptance, becoming one of the first information technology projects approved by Xi'an Big Data Bureau in 2025.
It has created a model for the development of smart agriculture in Xi'an, and the relevant achievements have been reported by CCTV News Broadcast.
Core Project Value
Build an "air-sky-ground" integrated agricultural condition monitoring network to realize the digital transformation of agricultural management
User Satisfaction: 85%
Technological Innovation Points
1
Multi-source Data Fusion
Integrate satellite remote sensing, aerial monitoring, and ground data to build an all-round monitoring network
2
Real-time Data Processing
Adopt edge computing technology to realize real-time analysis and rapid response of agricultural condition data
3
Intelligent Decision Support
Based on AI algorithm data analysis model to provide scientific decision-making suggestions
Experience Summary and Outlook
Project Experience Summary
This project has successfully explored a smart agriculture construction model of "government-led, multi-party participation, and technology-driven", verified the application value of remote sensing technology in agricultural condition supervision, and provided replicable and promotable experience for similar projects.
Through cross-departmental data sharing and business collaboration, it has broken the information barrier of traditional agricultural management and realized the transformation from passive response to active prediction.
Future Development Outlook
Next, we will expand the application scope of the system, add functional modules such as crop growth monitoring, pest and disease early warning, and agricultural product traceability, and build a more comprehensive smart agriculture service system.
It is planned to promote the application within Shaanxi Province and explore cooperation models with other provinces to contribute to the development of smart agriculture nationwide and provide technical support for the implementation of the rural revitalization strategy.
