How global trade uncertainty reshapes agricultural technology investment and the food supply chain

Subtitle: Tariff Fluctuations and Trade Agreements Reshape Global Agriculture Landscape, Technology Becomes Key Coping Tool

Introduction

In June 2026, at the Sosland Purchasing Seminar held in Kansas City, renowned agricultural economist Joe Glauber shared insights on the impact of current global trade uncertainty on the food industry. Glauber pointed out that frequent tariff adjustments by governments, renegotiation of trade agreements, and shifts in economic priorities are forcing companies to reassess their supply chain strategies. Against this backdrop, agricultural technology (AgriTech) is evolving from an efficiency tool into essential infrastructure for risk resistance.

Main Text

#### Normalization of Trade Uncertainty

In the past few years, global agricultural trade has experienced a dramatic shift from free trade to a resurgence of protectionism. Major economies such as the United States, the European Union, and China have adjusted import tariffs, and regional trade agreements like USMCA and RCEP are being restructured. Glauber emphasized at the seminar that companies can no longer rely on a stable trade environment for long-term planning and need to establish flexible supply chain systems. This uncertainty has particularly affected the cross-border flow of bulk commodities such as grains, oilseeds, and meat.

#### Changing Role of Agricultural Technology

In traditional agriculture, changes in trade policy mainly affect planting decisions and export prices. However, current uncertainty is accelerating the adoption of agricultural technology. This is reflected in:

• Precision agriculture and data platforms: Farms use sensors, satellite imagery, and AI analysis to adjust planting structures and input usage in real time to respond to price fluctuations and tariff changes. Data platforms help farmers connect with traders, shorten supply chain links, and reduce transaction costs.
• Supply chain automation: Automation technologies in port logistics, warehousing, and transportation (such as unmanned forklifts and smart containers) reduce labor dependence and customs delays, making trade routes more resilient.
• Alternative proteins and localized production: To reduce dependence on imported soybeans and corn, food technology companies are accelerating the development of plant-based proteins and cell-cultured meat. Glauber noted that although alternative proteins currently have a small market share, trade uncertainty may drive their scaling process.

#### Changes in Investment Flows

According to AgFunder data, global agri-tech venture capital investment fell by 12% in 2025, but investment in supply chain and trade technology grew counter-cyclically by 18%. Investors are paying more attention to technologies that can reduce losses from trade frictions, such as blockchain traceability, smart contracts, and trade finance platforms. Glauber believes that this trend will strengthen further in the coming years because companies are willing to pay for 'certainty'.

Industry Impact- Agricultural Production Efficiency: When trade barriers rise, localized agricultural technologies (e.g., vertical farming, precision irrigation) will increase yields and reduce import dependence. By 2030, efficiency of North American farmers adopting digital farming is expected to improve by 20%. - Farm Operation Model: Farms shift from pure production to "integrated production and sales," collaborating directly with food processors or retailers to bypass intermediate trade links. - Agricultural Labor Structure: Trade uncertainty accelerates automation substitution, especially in harvesting and sorting, reducing demand for low-skilled labor. - Food Supply Chain: Shortened supply chains and multi-sourcing become the norm, with increased importance of regional supply chains (e.g., North America-Europe, Asia-Oceania). - Food Prices: Tariffs raise import costs, but agricultural technology may partially offset price increases. For example, precision fertilization can lower fertilizer costs, easing upward pressure on end-product prices.