Korea has announced its 2030 NDC (National Greenhouse Gas Reduction Target) and methane reduction strategies in line with the Paris Agreement and the International Methane Pledge. As part of these goals, the agricultural and livestock sector aims to reduce greenhouse gas emissions by 6.07 million tons (27.1% decrease) by 2030 compared to 2018 (24.07 million tons CO2eq.). There is an urgent need for eco-friendly transformation in the agricultural and livestock industry.

In response, companies are introducing innovative technologies and solutions incorporating advanced technologies such as the Internet of Things (IoT) and Artificial Intelligence (AI). These technologies enable appropriate temperature and humidity management in livestock facilities, monitoring of livestock conditions, and optimal feeding practices. Although still in the early stages, steps are being taken towards smart livestock farming.

At the 2023 at World Climate Industry Expo (Carbon Neutrality Expo) held in BEXCO for three days starting from the 25th of last month, THINKforBL participated and presented a solution that utilizes artificial intelligence technology to monitor the growth status of dairy cows and distribute the appropriate amount of feed. This solution aims to increase the profitability of livestock farms and reduce methane gas emissions. Let's hear more about this from Mr. Park Ji-hwan, CEO of THINKforBL.

Q: There is growing interest in smart livestock farming. I understand that "MILK-T" showcased at the expo is a solution supporting the smartification of the livestock industry. Could you explain what this product is?

A: Before introducing "MILK-T," let me briefly explain the company. THINKforBL, founded in 2008, has been conducting research on the reliability of artificial intelligence for about 15 years. In particular, we focus on applying AI technology to the field of smart livestock farming.

Developed through this research, "MILK-T" restricts the feed consumption of cows, which emit a significant amount of carbon, to an appropriate level. This allows farmers to secure more milk while reducing feed costs, leading to increased profitability. Environmentally, this technology has the potential to achieve carbon reduction effects.

Q: When applying the developed software to actual farming sites, what are the important considerations?

A: Software developers or providers often assume that if their software works well in a controlled computer environment, it will perform the same in the field. However, in reality, various unforeseen variables can occur when applying software to industrial sites.

Cows are no exception. They can experience stress, which may have side effects. Therefore, before applying software to the industry, verification through real-world testing is necessary. Software that has gone through such validation processes can be applied and accepted in the field.

Q: If ideal smart management of dairy cows is achieved, it can have a positive impact not only on the current meat and dairy products but also on securing future food sources. What direction is THINKforBL heading in the future?

A: THINKforBL aims to expand into larger markets. Asia has a total population of around 5 billion, with Korea accounting for about 1% or 50 million people. Therefore, we envision a greater vision that can accommodate the population of 5 billion.

Livestock farming, in particular, is a crucial sector in terms of food production and needs to be well managed. Therefore, as a partner, THINKforBL seeks to support developing countries in Asia through the solutions we provide, ensuring the securement of their domestic food sources and fostering growth.

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