Today, technology is being addressed from a national perspective, far transcending its role as a mere means to create high-performance products or a tool for enhancing efficiency. As discussed in our previous post regarding the Genesis Mission, we are witnessing a global shift where national borders are being redrawn by technological prowess and resources are increasingly being weaponized. In this climate, it has become imperative for nations to establish Science and Technology Security as the fundamental cornerstone of their survival. Amidst these massive shifts, the Genesis Mission suggests that our corporations have reached a critical turning point—one where they must independently build their own Science Security frameworks to protect themselves and ensure long-term sustainability.
Similarly, Science Security at the corporate level must move beyond the traditional concept of simply preventing internal technology leaks. It signifies securing “strategic indispensability”—ensuring that no one can replace us within the vast links of the global supply chain. We have entered an era where technology is security, technology is diplomacy, and technology is directly tied to the right to economic survival.
In this post, we will explore South Korea’s innovative “K-Moonshot” project as a practical implementation model of Science Security, examining how it offers a solution to break free from the shackles of resource dependence. Furthermore, through the vision of the “San Francisco AI Declaration”—which aims to elevate AI from digital spaces into real-world manufacturing and logistics to become a global production platform—we will take an in-depth look at the next-generation supply chain strategies our companies should pursue and our goals as a Global AI Hub.
Now, technology must go beyond a competitive advantage for market share; it must become the very foundation of resilience for nations and corporations to remain unshaken even in times of crisis. Let us begin our discussion on the start of this transformative journey.
Solutions to Supply Chain Risks: AI-Driven Proactive Resilience
The supply chain risks of the future will no longer be manageable through makeshift measures, such as simply increasing inventory or diversifying import sources. In an era where resources are weaponized and technology becomes a barrier, the moment the supply of rare earth elements and critical minerals—upon which we depend on specific nations—is disrupted, the engines of both the state and corporations may come to a grinding halt. In the past, we had no choice but to endure these massive shocks helplessly; however, AI technology is now fundamentally shifting that paradigm.
We must define AI not merely as a predictive tool, but as an engine of proactive resilience capable of excising the fundamental vulnerabilities of the supply chain.
The reality of this vision is clearly reflected in South Korea’s ‘K-Moonshot’ project. 🏛️[Ministry of Science and ICT (2026)] One of the most challenging tasks among the 12 national missions of K-Moonshot is the ‘Realization of a Rare Earth-Free Secure Nation.’ This strategy is not about being swayed by the availability of resources from other countries, but rather about believing in the power of technology to transcend resource limitations. To develop ultra-high-performance permanent magnets and semiconductor materials that either eliminate or drastically reduce the use of rare earth elements, K-Moonshot has placed the development of specialized AI models for rare earth substitution at the forefront.
By leveraging AI’s ability to instantaneously simulate hundreds of millions of elemental combinations—a feat that would take humans tens of thousands of years—we aim to immediately design new materials that offer equivalent or superior efficiency without the use of rare earth elements. Even amidst geopolitical offensives where specific nations shut their gates on resource exports, we can maintain manufacturing processes and secure market dominance through alternative materials designed by AI. This is the true essence of the Science Security that the Genesis Mission pursues.
In this day and age, AI-based capabilities for new material design are not merely academic achievements. They serve as a defensive line and the most proactive security strategy, ensuring that South Korea and our corporations continue to move forward unshaken by geopolitical crises. As K-Moonshot aims to demonstrate, supply chain sovereignty is determined not by minerals in the ground, but by our digital blueprints. We must now take up AI as our spear to break the chains of resource dependence and usher in an era of unrivaled Science Security.
The Meaning and Role of Supply Chains in the AI Era: As Noted in the San Francisco AI Declaration
The principles of Science Security gained a clearer historical milestone through the ‘San Francisco AI Declaration’ announced on July 24, 2026. 🏛️[Korea Economic Institute (2026)] Presented by President Lee Jae-myung of the Republic of Korea at the San Francisco AI Summit, the event brought together global AI leaders to discuss AI safety and future development directions. The summit saw the participation of major big-tech leaders, including Jensen Huang (CEO of NVIDIA), Sam Altman (CEO of OpenAI), and Lee Jae-yong (Chairman of Samsung Electronics). This declaration redefined the supply chain for the AI era, moving beyond traditional concepts of logistics or resource movement to address its evolving role.
The AI era is an age where technology and production capacity, data and energy, and markets and talent are interconnected into one massive supply chain. Establishing a stable foundation for this supply chain is the most critical challenge we must solve together today.
This statement offers a profound implication: it redefines the supply chain not merely as a conduit for moving physical goods, but as an organic system that encompasses intelligence and energy.
Furthermore, it emphasizes that AI must no longer remain confined within laboratory monitors or abstract digital spaces. Instead, it highlights AI technology that integrates robots in manufacturing plants, intelligent urban transportation systems, and complex global logistics sites. This vision of a “Global AI Testbed and Production Platform” signifies that industrial sites worldwide must transform into a single, vast AI laboratory and an efficient production hub.
In the future, AI should not be relegated to a supplementary tool that slightly improves efficiency in a corner of the supply chain. Rather, it must aim to become the supply chain itself—an entity that combines data and energy to make optimal decisions and connects talent and markets in real-time.
If the new material design capabilities pursued by the Genesis Mission represent our “technological spear,” then the integrated supply chain platform presented by the San Francisco AI Declaration can be seen as the “strategic soil” where that technology can fully flourish. By connecting all physical industrial sites through AI—transcending digital boundaries—we will build a flawless supply chain that remains unbroken by any external shock. This is the most urgent and monumental task we face today.
Conclusion: A New Mission for Corporations
The journey of Science Security, which began with the Genesis Mission, now appears to be heading toward a clearer future as it converges with the new currents of the San Francisco AI Declaration. This trend suggests that technology is no longer an option but a prerequisite for survival, demanding that corporations build an unwavering foundation of Science Security that transcends simple market expansion. We must now move beyond the walls of self-protection and secure “strategic value” that makes us irreplaceable within the global supply chain, ushering in an era where the corporation itself becomes the core of security.
As envisioned in the San Francisco AI Declaration, our companies must now strive to bring AI out of the lab and make it practically operational across manufacturing, logistics, and industry as a whole. If the possibilities of breakthrough innovation shown by K-Moonshot can be deeply implanted into industrial sites, we will be able to overcome complex challenges such as resource depletion and supply chain risks through technological leadership. The era of depending on buried resources is fading; now, our digital blueprints and AI platforms will determine the leadership of the global supply chain. Establishing security through technology and defending sovereignty through innovation—this will be the new and fundamental mission bestowed upon corporations in this era.