기술 패권의 파도 속에서: 대한민국, 데이터와 과학으로 미래의 지도를 그리다 > K-wave Trends

The 'Global ICT Future Unicorn Development Project' promoted by the government is a survival strategy and growth engine for Korea to survive in the competition for technological hegemony. The fact that 15 new companies, including Rebellion and Gadget Korea, were selected this year means that the government is acting as a customized bridge connecting overseas local customers and global investors beyond simple financial support. In fact, the fact that participating companies have achieved tangible results of 40% growth in overseas sales over the past three years and created more than 2,000 jobs proves that this scale-up program is becoming a practical ladder for startups that want to overcome the limitations of the domestic market and become global top companies. This systematic support plan, which combines financial support and technology special listing consulting, serves as a balm in a drought for innovative companies that are having difficulty raising funds.

In the field of technological innovation, there are also active movements to strengthen the essence of basic science. The Ministry of Science and ICT's recent visit to the Institute for Basic Science (IBS) to inspect the flexibility of the research ecosystem is a result of the clear recognition that basic science is the starting point for future technological hegemony beyond simple academic exploration. Efforts to encourage the joint use of cutting-edge research equipment, such as cryogenic electron microscopes and the supercomputer 'Olaf', and to create an environment where young scholars can immerse themselves in research without barriers clearly demonstrate the government's will to reflect voices from the research field in policies. This consolidation of basic science can be interpreted as a strategy to secure long-term national competitiveness to nurture the seeds of innovation that never existed before, rather than focusing on immediate results.

We are also achieving remarkable results in establishing a scientific observation network to respond to the global crisis of climate change. The recently completed marine science base at Wangdolcho in the East Sea is significant in that it marks the end of an observation system that covers all three seas of the Korean Peninsula in real time, following Ieodo, Gageocho, and Socheongcho. This steel structure, fixed to the bedrock 23 meters under water, is designed to withstand strong winds of 60 meters per second and earthquakes of 6.5 magnitude, and will precisely record climate changes and ecosystem changes in the East Sea for the next 50 years. This base, which will provide fishing information to nearby fishermen as well as AI-based data quality management technology, will function as a scientific outpost that first detects signs of climate crisis, such as the subtropicalization of the East Sea.

The relocation of public institutions to regional areas and the linkage with local industrial ecosystems are important axes that simultaneously promote balanced national development and regional innovation. The reason why Gyeongsangbuk-do Province selects about 40 institutions to host, including the Korea Institute of Science and Technology (KIST), and plans a high-tech manufacturing innovation belt and a smart logistics belt is its intention to ensure that the relocating institutions do not stop at performing simple administrative functions but create synergy with the region's specialized industries. In particular, the attraction strategy focusing on agricultural life, food tech, and life education is a three-dimensional approach that seeks to alleviate concentration in the metropolitan area by combining the expertise of each organization and the strengths of the region. This is interpreted as a strategic plan that goes beyond simply aiming at dispersing the population, and lays the foundation for even growth across Korea by building local self-sustaining innovation ecosystems.

Meanwhile, technological achievements of private companies are also contributing to raising Korea's status in the global market. The case of Kolon Life Science registering a patent for mass production technology for an anti-cancer gene therapy candidate in Canada shows that Korean companies are securing global competitiveness not only in source technology but also in commercial-scale production processes. Efficient virus propagation technology using suspended cells is a key process innovation that lowers the threshold for anticancer treatment and optimizes production costs. This technological independence and securing of global intellectual property rights will serve as a foundation for expanding the influence of the Korean bio industry in major markets, including North America, and are proving the power of the corporate ecosystem to create value beyond technology.