On 7 November 2025, the Chinese Ministry of Agriculture and Rural Affairs (MARA) announced the Guidelines for Establishing a Smart Agriculture Standards System. These guidelines aim to accelerate the creation of a comprehensive, innovation-driven smart agriculture standardization framework to support China’s goal of becoming an agricultural powerhouse by 2030.
Grounded in national strategic plans and the vision of agricultural modernization, the guidelines emphasize strengthening top-level design, coordinating standard formulation and revision, and integrating technological innovation with industrial application. By 2030, China intends to establish an advanced, open, and well-structured smart agriculture standards system. This system will guide the development of smart farms, technology equipment testing, and agricultural extension services.
Objectives and implementation
The guidelines are designed to implement the Plan for Accelerating the Development of an Agricultural Powerhouse (2024–2035), the National Standardization Development Outline, and the MARA’s Guiding Opinions on Vigorously Developing Smart Agriculture.
The framework is structured to:
- Accelerate the establishment of China’s smart agriculture standards system.
- Provide guidance for present and future standardization work in smart agriculture.
- Strengthen the foundational and leading role of standards in promoting the sector’s development.
Structure of the standards system
The smart agriculture standards system is organized around three major components:
A. Foundational and General Standards (Foundation Layer)
B. Key Technologies Standards (Support Layer)
C. Application Fields Standards (Practice Layer)
1. Foundational and General Standards
Foundational and general standards provide the technical and institutional groundwork, ensuring consistency, safety, and operability across the smart agriculture sector. Key areas include:
- Basic Standards: Standardization of terminology, classification, coding, and graphical symbols for technologies, equipment, products, and systems.
- Security Standards: General, network, and functional safety, covering mechanical, electrical, and environmental safety, cybersecurity, AI ethics, and human-machine and multi-machine interactions.
- Detection, Evaluation, Construction, and Operation Standards: Standards for development and application evaluation, product testing, and smart farm and facility planning, construction, and operation.
2. Key Technologies Standards
Key technologies standards provide the technical backbone for smart agriculture, focusing on perception, analysis, decision-making, and precision operations:
- Information Perception: Standards for acoustic, optical, electrical sensing, image and visual perception, remote sensing, and multi-source data fusion.
- Analysis and Decision-Making: Standards for interfaces, agricultural knowledge graphs, core algorithms, and AI large models.
- Precision Operations: Standards covering path planning, motion control, operation monitoring, and collaborative operations of machinery, drones, and robots.
3. Application Fields Standards
Application fields standards define practical applications across the agricultural value chain, ensuring intelligent technologies are effectively implemented. Major areas include:
- Smart Crop Cultivation: Precision tillage, seeding, irrigation, fertilization, pest and disease monitoring, environmental monitoring, crop growth monitoring, and precision harvesting.
- Smart Livestock: Environmental monitoring, animal vital sign tracking, precision feeding, disease prevention, automated waste treatment, and product collection.
- Smart Aquaculture: Water quality monitoring, automated feeding, growth tracking, disease prevention, waste treatment, and vessel automation.
- Smart Seed Industry: Digital genetic resource management, intelligent breeding platforms, phenotyping, and seed production informatization.
- Processing and Distribution: Automated processing and packaging, cold chain logistics, e-commerce integration.
- Management Service Informatization: Blockchain- and RFID-based traceability, and government, and socialized agricultural services.
Promoting adoption and continuous improvement
The guidelines stress coordinated implementation through cross-sector collaboration, innovation-driven mechanisms, accelerated standard development, international alignment, and strengthened promotion and pilot applications. Together, these measures aim to ensure effective adoption and continuous improvement of the smart agriculture standards system.
Implications
The smart agriculture standards system released by MARA provides clear technical specifications for sensors, IoT devices, drones, AI platforms, and farm management systems, defined data protocols and interoperability requirements and transparent compliance pathways. It has practical implications for various stakeholders that are involved as following:
- Clear and transparent standards reduce market entry barriers and compliance risks, which is particularly important for foreign firms navigating China’s complex regulatory environment.
- Unified national standards enable private and foreign companies to scale operations nationwide once certified, rather than adapting to fragmented provincial technical requirements.
- A thorough understanding of the national smart agriculture standards system enhances access to public procurement opportunities, including demonstration zones, smart agriculture pilot counties, and government-funded digital agriculture projects.
- Standardized data formats and communication protocols facilitate the integration of foreign technologies into China’s digital agriculture ecosystem, improving interoperability for precision machinery manufacturers, farm management software providers, and agri-data analytics and AI firms.
- A structured standards roadmap signals long-term policy commitment, strengthening investor confidence in China’s agri-tech sector.
- At the same time, foreign companies should remain mindful of China’s emphasis on technological sovereignty. National security-sensitive technologies—such as navigation systems embedded in agricultural machinery—are subject to increasing regulatory scrutiny. Recent regulations require certain agricultural machinery to adopt China’s BeiDou Navigation Satellite System rather than the U.S.-based Global Positioning System (GPS).
- Foreign-based cloud systems, software platforms, and AI models are facing growing policy constraints in China. As a result, foreign firms may benefit from developing China-specific technical solutions and localizing digital infrastructure to align with evolving regulatory expectations.
- Amid rising global trade protectionism and tightening technology transfer restrictions, companies are under increasing pressure to strengthen supply chain resilience. A clear understanding of China’s digital and smart agriculture standards enables foreign firms to anticipate regulatory shifts, localize production where necessary, and adapt their technologies to the Chinese market—thereby enhancing operational stability and long-term competitiveness.
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Ministry of Agriculture and Rural Affairs of the People’s Republic of China. 2025. Notice on Issuing the Guidelines for Establishing a Smart Agriculture Standards System (关于发布〈智慧农业标准体系建设指南〉的公告). (in Chinese). Published by the Agricultural Informatization Standardization Technical Committee of the Ministry of Agriculture and Rural Affairs.
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