Digital farming: China, Asean cultivate a smarter, greener future

In the heart of Asia, a quiet revolution is taking root. Across China and Southeast Asia, farmers are swapping traditional tools for smart technologies, ushering in a new era of digital agriculture that promises to feed more people, use fewer resources, and care for the planet.

This transformation is reshaping how food is grown and laying the foundation for sustainable development in line with China’s Global Development Initiative (GDI).

From AI-powered drones to soil sensors and satellite-guided tractors, agriculture is becoming more efficient, precise, and environmentally friendly. This shift is part of a broader regional effort to modernise food systems and ensure long-term food security for populations that continue to expand. Data analytics, robotics, and precision farming techniques are helping farmers make smarter decisions about planting, watering, and fertilising, leading to higher yields, lower costs, and less waste.

Robotic farming is no longer science fiction. In places like Vietnam, Indonesia, and China’s rural provinces, machines are now doing the hard work, guided by real-time data from the sky and soil. These tools help reduce the overuse of water, pesticides, and fertilisers, all while boosting productivity in the face of soil degradation, climate change, and resource pressures.

This digital transformation aligns closely with China’s GDI, which emphasises inclusive growth, innovation, and sustainable development. By sharing technology, expertise, and investment with Asean partners, China is helping build smarter supply chains, more resilient rural economies, and transparent farm-to-table systems. This cooperation is also aligned with the United Nations’ Sustainable Development Goals, particularly those related to zero hunger, climate action, and responsible consumption and production. Through the GDI, China and Asean are jointly accelerating agricultural modernisation, highlighting the role of technology as both a driver of economic growth and a solution to global challenges.

However, it is not just about tech; it is about people. For generations, agriculture has often been seen as a low-income, labour-intensive sector, discouraging young talent from entering the field. Today, digital agriculture opens new opportunities for young farmers, women, and entrepreneurs, encouraging them to participate in a sector that often revitalises rural communities. Digital marketplaces connect producers directly with consumers, cutting out middlemen and improving traceability. In Asean nations like Thailand and the Philippines, smallholders are increasingly using mobile apps for crop monitoring, weather forecasts, and sales-proof that technology is reaching the grassroots.

Malaysia is also making significant improvements. As the world’s second-largest palm oil producer, it is embracing digitisation to make the industry more sustainable. Drones monitor plantation health, satellites detect diseases, and AI tools forecast yields. In Kedah and Sarawak, smart rice farming projects supported by China-Asean partnerships are introducing automated irrigation, precision fertilisation, and advisory apps. These innovations not only modernise traditional farming but also improve food security and rural incomes.

Government policies are accelerating this transition. The National Agrofood Policy 2021–2030 stresses the use of digital technology to raise productivity and sustainability. The MyDigital Economy Blueprint and the National Fourth Industrial Revolution Policy encourage the use of AI, IoT, and robotics across various industries, including farming. Together, they signal Malaysia’s ambition to be a regional leader in smart agriculture.

The environmental benefits are equally critical. By making irrigation, fertilisation, and pest control more targeted, resource efficiency improves while ecological damage and greenhouse gas emissions decline. In regions facing droughts and floods, these tools help build adaptive, climate-smart food systems. Asean, home to over 650 million people, faces the dual challenge of feeding a growing population while preserving ecosystems. Digital farming offers a way forward, balancing productivity with sustainability.

China has already positioned itself as a leader in agricultural technology. With significant investment in research and development, Chinese companies are now sharing expertise with Asean neighbours. Partnerships in areas such as smart irrigation systems, drone technology, and AI-based crop management are expanding rapidly. Regional platforms and forums are strengthening cross-border cooperation. Initiatives under the Belt and Road framework are increasingly incorporating digital agriculture components, from infrastructure development to joint innovation hubs. These collaborative efforts reflect a recognition that agricultural challenges such as climate change, food security, and sustainable resource management cannot be solved in isolation but require collective action.

While progress is evident, challenges remain. The adoption of digital agriculture depends heavily on infrastructure, internet connectivity, and technical training. In many rural areas of Asean, farmers still face barriers such as limited access to capital, a lack of digital literacy, and inadequate policy support. Addressing these issues requires coordinated efforts from governments, private enterprises, and international organisations. Data governance also poses a challenge. As agriculture becomes more digitised, questions arise over ownership, sharing, and protection of data. China has taken steps by enacting the Data Security Law and the Personal Information Protection Law in 2021. Similar regulatory frameworks may be necessary across Asean to ensure that digital agriculture evolves transparently and securely.

Global connectivity and sustainable development increasingly intertwine with the future of agriculture in China and Asean. Digital farming demonstrates how technology can serve as a bridge, linking rural communities to global supply chains, aligning regional practices with international standards, and advancing shared goals of prosperity and sustainability. By embracing this transformation, the region is ensuring food security and contributing to global efforts in combating climate change, protecting biodiversity, and fostering inclusive growth.

The Global Development Initiative provides the policy framework, while digital agriculture provides the practical tools to realise this vision.

The emergence of digital farming across China and Asean reflects more than a technological shift. It represents a profound transformation in how societies view agriculture, development, and sustainability. Strategic partnerships, innovative investment, and inclusive policies position the region to foster a future of smarter, greener, and more resilient farming.

As China and Asean deepen their cooperation, digital agriculture is fast becoming a cornerstone of shared prosperity and environmental stewardship. By leveraging advanced technologies while ensuring inclusivity, the region is planting the seeds not just for abundant harvests but for a sustainable future that benefits all.

Dr. Cheong Jia Qi is a Senior Lecturer at University Teknologi MARA Sri Iskandar and Research Fellow at Centre for Economic Development and Policy (CEPD), University Malaysia Sabah and Malaysian Inbound Tourism Association (MITA). The views expressed here are entirely the writer’s own.

The SEARCH Scholar Series is a social responsibility programme jointly organised by the Southeast Asia Research Centre for Humanities (SEARCH) and Tunku Abdul