Agricultural Life Science Technology Brought to the Field

The focus of agricultural technology is shifting from the stage of accumulating research achievements to the stage of directly reducing labor in the field. Gochang has introduced 18 AI autonomous tractors to respond to aging and labor shortages, and the Rural Development Administration has established a foundation for linking information needed for research and farming decisions more quickly through a large language model specialized in agricultural life sciences.

This trend has emerged because agriculture has entered a structure in which it can no longer depend on cheap labor. As mechanized automation and the digitalization of specialized knowledge advance together, a new operating system will be built that supports the sustainability of regional agriculture beyond merely supplementing productivity.

Rediscovering Discarded Resources

Meanwhile, agricultural life science research is expanding beyond the search for new products and moving toward reexamining resources that were already around us but undervalued. A yeast strain discovered in persimmon calyxes is being reviewed as a candidate for a biopesticide that suppresses plant diseases, while Imsil is systematizing Scotch thistle as a functional ingredient based on a compound map of thistle.

This change matters because the value of regional agricultural products is beginning to be determined less by production volume than by standardization and methods of utilization. Once agricultural byproducts and native plants are backed by scientific evidence, they can be used for reducing pesticide use, differentiating raw materials, and linking with processing industries, allowing added value to remain within the local economy for longer.

Expanding Exports and Cracks in the Raw Material Base

While overseas markets for K-agri-food are expanding, not all items are growing at the same pace. In Laos, export consultations worth $1.15 million were held, but ginseng exports fell sharply, with domestic ginseng exports reaching $61.7 million through the first half of this year, and makgeolli also showed a significant share of products brewed with imported rice, revealing that export growth does not automatically lead to greater demand for domestic raw materials.

This means that the outward growth of K-food alone cannot guarantee farm income or the stability of the raw material industry. Unless price competitiveness, non-tariff barriers, contract farming, and origin-based branding strategies are addressed together, export performance may increase while the regional production base actually weakens.

Reorganizing Standards and Verification

As the industry grows, the importance of standards and verification is growing as well. On the international stage, naming adjustments such as "kimchi cabbage" are becoming part of export competitiveness, while domestically, controversies over the credibility of performance claims such as the purchase of 27 tons of domestically produced cnidium at 450 million won have shown that gaps in distribution verification can shake the system itself.

This also aligns with the Ministry of Food and Drug Safety’s effort to broadly address the latest research trends in the development of natural substance-based products. It has become difficult to build industrial trust when technology development, international standards, raw material traceability, and certification review systems operate separately, and now the ability to design and prove standards is becoming a key condition for market entry, just as important as research and development.