South Korea has published a far‑reaching technology strategy built around seven priority projects designed to deliver new national growth engines beyond the country’s semiconductor and AI strengths. The plan sets specific milestones, including a moon landing by 2030, a domestically developed 100‑qubit quantum processor by 2029 and commercial deployment of indigenous small modular reactors (SMRs) by 2035.
Ambition meets timelines
The initiative, presented at a meeting of the Blue House chaired by President Lee Jae‑myung, bundles work on energy, quantum computing, space and biotechnology, plus critical materials and supply chains. Science Minister Bae Kyung‑hoon said the programme — dubbed the Seven Major SEED — is intended to secure “next‑generation growth engines and core strategic national assets”.
“The seven SEED projects we are discussing today will become next‑generation growth engines and core strategic national assets,”
The programme responds to demographic and economic headwinds. South Korea faces a shrinking working‑age population and slowing potential growth, and policymakers are seeking technologies that will sustain competitiveness and national security in coming decades.
What the roadmap sets out
The government has outlined concrete objectives within each area, signalling an effort to move beyond high‑level statements to measurable outcomes. Key elements include:
- Energy: deployment of domestically developed SMRs by 2035 and construction of non‑light‑water SMRs in the 2030s; pursuit of fusion power generation in the late 2030s.
- Space and aviation: a moon landing by 2030 as a headline space goal.
- Quantum technology: an error‑corrected 100‑qubit quantum processor by 2029 and ambitions to lead in quantum‑chip manufacturing.
- Renewables: development of ultra‑efficient solar cells, advanced offshore wind, hydrogen production systems and AI‑enabled grid technologies.
- Biotechnology: advanced bio projects including, over the longer term, commercial brain‑computer interface products by 2035.
- Critical materials: securing supply chains for minerals and strategic materials.
Science Minister Bae emphasised the strategic view: “We will help these seeds grow and build a South Korea that no one can rival in 10 or 20 years,” language that frames the policy as both an economic and geopolitical push.
What this means for industry and policy
The strategy is notable for attaching specific dates to long‑term research and industrial projects. That serves several functions: it signals to private investors and international partners that Seoul intends to be an active player; it provides targets for domestic R&D and procurement policy; and it sets expectations for timelines that will need considerable public and private investment to meet.
Some items are technically ambitious. Building a fault‑tolerant, error‑corrected 100‑qubit quantum processor by 2029 is a demanding goal that requires advances across hardware, error correction and systems integration. Delivering a human‑crewed or robotic lunar mission by 2030 will also demand rapid progress in spacecraft development, testing and launch services.
On energy, the SMR target aligns with a global push to develop smaller, factory‑built reactors as low‑carbon alternatives to large‑scale nuclear plants; pursuing fusion electricity in the late 2030s reflects confidence in accelerating fusion research but sits at the ambitious end of the schedule.
International context
Seoul’s strategy arrives at a time when advanced economies are prioritising technology autonomy and supply‑chain resilience. By emphasising critical minerals, quantum chips and domestic reactor technology, South Korea is staking a claim to sovereignty in technologies regarded as strategically important. The programme is likely to draw attention from partner governments and firms evaluating collaborative projects, exports and investment.
How the plan will be funded and governed remains to be seen. Translating national ambition into deliverable programmes will require clear budgets, industry partnerships and regulatory frameworks — plus realistic assessments of technical risk. For now, the government has set out a set of milestones that will shape South Korea’s industrial priorities for the next decade.
| Area | Target / Milestone |
|---|---|
| Space | Moon landing by 2030 |
| Quantum | 100‑qubit error‑corrected processor by 2029 |
| SMRs | Commercial deployment by 2035 |
