Lead briefing
This report starts from macro data in the agricultural input market to explore how global agriculture can balance the demands for high yields with environmental constraints. It focuses on data-driven agricultural transformation, the rise of sustainable inputs, and the profound impact of technological innovation on food security and global food trade.
In-depth exploration of how agricultural technology can move from single innovation to ecosystem integration, covering the evolution trends of agricultural AI, precision agriculture, sustainable agriculture, and global food supply chains.
In-depth analysis of the current status and future trends of agricultural drone technology in enhancing agricultural production efficiency, optimizing resource utilization, and addressing labor shortages, and to explore its profound impact on the global precision agriculture ecosystem.
Based on a global market report covering more than 500 companies, spanning vertical farming, gene editing, agricultural robotics, and alternative proteins, this outlines the directions of agtech investment and industry transformation over the next decade.
A 2025 systematic review shows that precision agriculture can increase yields by 20%-30%, vertical farming can save approximately 95% of land and water, and AI has an accuracy rate of over 90% in agricultural decision-making. Can modern technology ultimately translate into global food security?
The global AI in agriculture market is projected to reach $28.6 billion by 2034, as precision agriculture, smart agriculture, and digital agriculture are reshaping farming practices. This article examines the application prospects, driving factors, and long-term impact of AI in agriculture from an industry perspective.
Risk ledger