India and Japan agreed Thursday in New Delhi to work more closely on critical minerals to strengthen their supply chain resilience [1, 2].
This partnership represents a strategic move to diversify raw material sources. By collaborating on the extraction and processing of these minerals, both nations seek to mitigate the risks associated with over-reliance on a single dominant supplier for essential industrial components [1, 4].
Prime Minister Narendra Modi said, "India and Japan will work more closely on critical minerals to boost 'resilience' in their supply chains" [1]. The agreement focuses on securing the materials necessary for high-tech industries and green energy transitions, ensuring that production is not halted by geopolitical volatility [2, 3].
Foreign Secretary Misri said that "growing geopolitical uncertainty and repeated disruptions to global supply chains had pushed economic security to" the forefront of their bilateral agenda [3]. The cooperation extends beyond minerals to include deeper defense ties, creating a broader security framework between the two Asian powers [3].
India has been pursuing a strategy to break the supply chain stranglehold held by China [4]. As part of this broader effort to secure strategic stakes in mineral-rich regions, reports indicate a focus on investments totaling $20 billion [4].
This initiative aligns with a larger trend of "friend-shoring," where countries shift their supply chains to trusted allies to avoid economic coercion [1, 2]. The New Delhi talks emphasize a shared goal of stability in the face of unpredictable global markets, and shifting political alliances [3].
“"India and Japan will work more closely on critical minerals to boost 'resilience' in their supply chains"”
This agreement signals a shift toward economic security as a pillar of foreign policy for both New Delhi and Tokyo. By targeting critical minerals, India and Japan are attempting to dismantle the systemic vulnerability caused by China's dominance in the processing of rare earths and other essential metals, which are vital for everything from semiconductors to electric vehicle batteries.
