India’s decision to join the Pax Silica alliance marks a consequential shift in its technology and industrial strategy. Launched in December 2025, it aims to reduce dependence on China-dominated supply networks by coordinating cooperation across mineral extraction, chip manufacturing, advanced computing, and AI systems.
The immediate backdrop is the vulnerability exposed by China’s tightening grip over rare earths and critical mineral exports. Over the past few years, Beijing has imposed export controls on gallium, germanium, and other strategic inputs essential to chipmaking and advanced electronics. Even calibrated restrictions have had ripple effects across global supply chains, slowing production cycles and raising costs for manufacturers. For India, which is attempting to establish itself as an electronics manufacturing hub under its Production-Linked Incentive (PLI) schemes, such disruptions result in delayed shipments, supply bottlenecks, and strategic dependence. Semiconductors and electronics depend on a complex web of inputs: critical minerals, fabrication equipment, design tools, software, advanced manufacturing know-how, and capital. Pax Silica seeks to align trusted partners across this chain. The advantages are tangible.
First, membership strengthens India’s access to diversified sources of critical minerals. This reduces the risk of future supply shocks stemming from unilateral export controls. Second, the alliance could ease access to advanced semiconductor equipment and design tools, areas where a handful of firms dominate. Third, closer cooperation in AI and semiconductor R&D can accelerate India’s ambition to move up the value chain, from being largely an assembly base to becoming a design and innovation centre. For the United States, India’s inclusion is strategic. Washington’s China+1 strategy is not simply about shifting factories; it is about building scale outside China and diversifying risk. India offers what few countries can: a vast domestic market, a large engineering talent pool, growing digital infrastructure and geo-political leverage.
However, Pax Silica’s impact will depend on how it is executed, particularly under the Trump administration, where trade and technology stances have been more transactional and unpredictable. India will have to be careful that deeper integration does not compel automatic alignment on export controls, digital regulations, or trade standards that may not always sync with its domestic priorities. Furthermore, India must navigate the “intelligence-sharing” layer of Pax Silica. Beyond hardware, the alliance necessitates harmonizing standards for AI ethics and data sovereignty, which may clash with New Delhi’s preference for localized data control. To truly de-risk, India must ensure Pax Silica facilitates the mid-stream processing of minerals on home soil. Only by embedding itself into the R&D and refining stages can India become an indispensable pillar of the global silicon order.
Published on February 24, 2026