Across China, the annual spring planting season is increasingly shaped by digital tools, satellite navigation and automated farm machinery. Technologies such as the BeiDou Navigation Satellite System, driverless transport vehicles and networked monitoring systems are being deployed in fields nationwide to improve productivity and reduce reliance on manual labour. The shift reflects a broader national push to modernise agriculture and strengthen food security, as outlined in China’s long-term development plans.
According to information released by the Chinese government, smart farming technologies are now being used across a growing share of farmland during spring ploughing activities. Official reporting from the State Council news portal highlights how digital systems, automated machinery and satellite positioning are transforming the country’s traditional planting practices.
Satellite Navigation Guides Precision Planting
In Bayannur in the Inner Mongolia Autonomous Region, automated seeders guided by China’s BeiDou Navigation Satellite System are planting spring wheat with centimetre-level accuracy. The technology allows machines to follow pre-programmed routes after operators input field data, producing uniform rows that can improve crop management and harvesting efficiency.
This approach significantly reduces human error in planting operations. Regional data indicates that farmland using BeiDou-supported planting in Bayannur exceeded 3.7 million mu (around 246,667 hectares) in 2025, illustrating the rapid adoption of satellite-enabled agriculture.
Automation Extends From Seedling Cultivation to Field Logistics
Automation is also being introduced into agricultural logistics. In Xiushan Town in Yiyang, Hunan Province, an autonomous transport vehicle moves between fields and greenhouses carrying seedling trays, fertilisers and other farm supplies.
Equipped with path-planning technology and environmental control systems, the driverless vehicle helps address long-standing challenges such as labour shortages and the risk of damaging seedlings during transport. The system integrates seedling cultivation and delivery, enabling smoother coordination between nurseries and surrounding farmland.
Local agricultural enterprises describe the initiative as part of a wider effort to build integrated farming systems that digitally manage production from planting through to storage. Similar digitalisation initiatives are also shaping broader technology cooperation, including programmes highlighted in Singapore–China tech-driven economic collaboration.
Integrated Smart Farming Systems Improve Efficiency
In Qingdao in Shandong Province, more than 16,000 pieces of smart agricultural machinery are currently deployed across farmland. These include plant protection drones for pesticide spraying and integrated irrigation systems that combine water and fertiliser delivery with precision control.
The machines are connected to local weather stations and pest monitoring systems, allowing farmers to adjust operations based on real-time environmental data. Authorities report that these digital farming tools have increased production efficiency by more than 15 per cent compared with conventional practices.
China’s broader technology ecosystem is also expanding in related fields such as artificial intelligence research and digital infrastructure. Regional collaborations, including initiatives such as the Indonesia–China joint AI lab, illustrate the country’s growing emphasis on technology-enabled innovation.
Supporting National Food Security and Rural Development
The expansion of smart agriculture aligns with the objectives of China’s 15th Five-Year Plan (2026–2030), which emphasises improving agricultural productivity through better land management, improved seed varieties, advanced machinery and more efficient farming techniques.
Examples of this transformation can be seen in Wangyaowan Village in Ordos, Inner Mongolia, where automated planters now handle fertilisation, sowing and soil covering within a single process. Local operators report that small teams can plant around 2,000 seedling trays a day while maintaining germination rates above 95 per cent.
By early April, the first batch of more than 20 million seedlings from the local breeding base is expected to supply over 2,000 mu of nearby farmland. Such systems illustrate how digital technologies are gradually reshaping China’s agricultural sector, shifting it from labour-intensive methods towards a more technology-driven model aimed at supporting stable grain production and rural revitalisation.
