Korea Unveils

• South Korea has unveiled a massive AI and semiconductor strategy involving investments exceeding $1 trillion. • The plan focuses on developing advanced AI capabilities through significant funding for semiconductor production and the construction of new data centers. • To promote balanced economic growth, the government intends to establish major chip clusters in the southwest region, reducing the concentration of industry in the Seoul metropolitan area.

• President Lee Jae Myung announced a massive $649 billion AI investment plan through 2026, led by the Samsung Group's decade-long commitment to robotics, data centers, and semiconductors. • The strategy leverages South Korea's global dominance in high-bandwidth memory chips, which currently account for approximately 80% of the worldwide supply. • This push is supported by the AI Framework Act, which took effect on January 22, 2026, establishing South Korea as one of the first Asian nations with comprehensive AI legislation.

• South Korea has unveiled a massive investment plan totaling US$576 billion aimed at dominating the global artificial intelligence and semiconductor markets. • The initiative is led by President Lee, who intends to align the nation's technological ambitions with a broader strategy to revive regional economies. • This strategic move is designed to narrow regional disparities by distributing tech growth and infrastructure across the country.

• On May 7, 2026, South Korea’s Ministry of Science and ICT announced the formation of a national AI supercomputing grid, integrating 16 existing data centers into a unified platform with total processing capacity of more than 40 exaFLOPS. • The grid, funded with ₩12 trillion (about $9 billion), will provide subsidized compute access to domestic startups, universities, and automakers, with particular emphasis on training Korean‑language LLMs and autonomous‑driving models. • Seoul positions the grid as a counterweight to China’s state‑backed AI clusters and U.S. hyperscalers, while also tightening export controls on high‑end GPUs integrated into the network.