AI smart farm remotely supports artificial soil from plant formula to cultivation and harvesting, and monitors the growth process of leaves, stems, and fruits in near real time according to the type of plant to optimize sunlight, nutrients, moisture temperature, and acidity, remotely growing and harvesting plants with the maximum cultivating law compared to normal growth by smart learning artificial intelligence, and remotely growing and managing smart farms installed in African countries in Korea to manage a system that manages with an early warning system before a failure occurs in remote diagnosis.

By 2022, smart farms covering 7,000 ha have been distributed in Korea. However, the share of agricultural income among farm household income decreased from 29% in 2013 to 21% in 2022, and *transfer income nearly doubled from 17% in 2013 to 33% in 2022. Although smart farms have been widely distributed across the country, they do not appear to contribute to farm income. What is the reason and what are the ways to solve it?
*Transfer income: Income received free of charge from the government

Eco-friendly agricultural technology is an area that requires continuous technological development as consumers’ desire for health increases. Our company has developed NK Water livestock farming and NK Water aquaculture technology based on charcoal extraction technology using NK Water, a water treatment technology using plasma nanoceramics. In addition, since water quality is very important for safe agricultural production, we have developed HND water treatment technology and HND water quality improvement technology that can dramatically improve agricultural water quality. Each technology was applied to actual sites and verified to produce good results.

It is acknowledged by everyone that population decline in Korea is an important issue that will lead to a serious social and industrial crisis. Therefore, research on automation issues using robots in the smart farm field will be an essential response. Through the results of Robogates’s many years of research into automation methods for each crop, representative robot automation methods were presented and their pros and cons were analyzed. We also reviewed information processing issues with the MES System, a smart farm operation management system.

Tkita is a software that supports real-time subtitle converting speech into closed caption. Its engine utilizes end- to-end speech recognition technology for achieving high accuracy without separate language or acoustic model training. Through continuous optimization efforts, the engine has been able to reduce model size by 80% and improve processing speed by 20%. As a result, Users can run Tkita in various devices not only computers but also mobile devices.In online environment, it supports about 110 languages simultaneously, making it suitable for presentations, lectures, conferences and YouTube, etc. Moreover, it provides high speed and accurate real-time translation.Users can access it by scanning QR code, which is extremely convenient. Especially, Tkita is highly recommended for hearing impaired, people who face digital divide or language barriers.

The world is facing a serious problem due to a shortage of medical personnel, leading to disparities in healthcare. Among the various reasons for medical staffing difficulties, the biggest problem is the lack of medical staff due to excessive workload and job stress in the medical field. In reality, the complex and uncomfortable diagnostic tests are causing job stress for medical personnel.
We intend to solve the shortage of medical personnel by relieving the job stress of medical personnel from the most basic urine test among diagnostic tests. Conventional urine tests require a single examiner to perform a complex eight-step process to test a single patient, and have various problems such as contamination, secondary infections, and inconvenience due to frequent cleaning of testing equipment. Our next-generation urine analyzer fundamentally streamlines these complex processes and issues. It offers a seamless 1-step solution – simply insert a Cup Type urine test KIT containing samples into the testing equipment, and the test results are immediately transmitted to electronic charts.
Through this, we would like to introduce an innovative diagnostic device that relieves job stress of medical personnel and solves the shortage of medical personnel by preventing manpower loss.

In this paper we introduce smal sized ultrasonic pyrolysis device for recycling composite waste plastic which is a problem internationally, and this device may be applicable international market. Continuousultrasonicpyrolysistechnologythatgeneratesultrasonicwavesinthepyrolysisenvironmentisproper to promote molecular dissociation and also it can increase pyrolysis yield.
This device can be placed in an area where waste plastic is generated and be producing pyrolysis oil. Pyrolysis oil is recognized as a recycled raw material, which has the effect of improving the use ratio of recycled raw materials.

The fragrance market is an area that consumes related products and services made by combining or processing fragrances, and the market has expanded significantly in recent years as the public’s exposure to fragrances has increased due to the impact of the pandemic.
In particular, as digital transformation has been applied to all industries in recent years, the fragrance market is also showing a trend of expanding its scope of application by converging various scientific technologies such as transmission, reception, detection, combination, and analysis, not only for the simple control of fragrance, but also for other fields such as medical diagnosis, beyond the digitalization of the existing fragrance market.
In this article, we will explore the fragrance industry and technologies in this era of digital transformation and highlight some examples of how they are being integrated into products and services.