Digital Infrastructure for Agriculture and Environment: Building the Foundation for Green Growth
The rapid development of digital infrastructure in agriculture and environmental management is becoming a strategic necessity for Vietnam, not only to meet evolving market requirements but also to strengthen resource governance, environmental protection, climate adaptation, and quality of life. In the era of “dual transformation,” digitalization and green transition are increasingly intertwined, creating a new development model that combines technological modernization with ecological sustainability.
According to Vietnam’s Ministry of Agriculture and Environment, this dual transformation integrates digital tools such as AI, IoT, blockchain, cloud computing, and digital twins with green objectives including circular agriculture, reduced greenhouse gas emissions, biodiversity protection, and low-carbon economic growth. This framework aligns with major national policies, including Resolution 57-NQ/TW (2024), the revised Electronic Transactions Law (2023), the Data Law (2024), and the Digital Technology Industry Law (2025), which collectively establish a robust legal foundation for comprehensive digital transformation.
By 2030, Vietnam aims for the digital economy in agriculture to contribute 10% of GDP, while ensuring 100% full online public services and transitioning from traditional administrative management to proactive, data-driven governance. Key priorities include building strategic natural resource databases, enabling real-time resource monitoring, and developing regulated open-data markets to support innovation and competitiveness.
Initial results are promising. In 2025—the first major implementation year for agricultural and environmental digital data infrastructure—digital transformation reportedly reduced input costs by 15–20% while increasing productivity by 10–15%. Shared data platforms for environmental monitoring, forestry, remote sensing, and irrigation are nearing completion. IoT networks now enable precision agriculture by collecting real-time soil and water data, supporting smarter irrigation, groundwater protection, and sustainable land management.
AI is playing a growing role in optimizing supply chains, helping Vietnamese agricultural products meet international technical standards while improving biodiversity protection and disaster preparedness. Blockchain technology is particularly valuable for product traceability, allowing QR-coded transparency that enhances consumer trust and creates “green premium” value for Vietnamese exports. Meanwhile, digital twin technologies are being explored to simulate climate risks and improve disaster resilience for agricultural zones.
Despite these advances, challenges remain substantial. Institutional barriers, financing limitations, technical standardization gaps, inconsistent data quality, and shortages of digital talent continue to slow implementation. Businesses also emphasize the urgent need for synchronized, open, and accessible digital ecosystems to better inform production and investment decisions.
To address these barriers, the Department of Digital Transformation plans to develop advanced Data Lakehouse systems and AI-ready architectures capable of supporting large-scale planning, production optimization, and disaster warning systems. Long term, Vietnam also envisions establishing a functioning data economy around agriculture and environmental services.
Ultimately, digital infrastructure in agriculture and environment is more than a technical upgrade—it is a foundational pillar for Vietnam’s sustainable future. If effectively implemented, it can transform agriculture into a smarter, greener, and more globally competitive sector while strengthening resilience against climate and environmental challenges.