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Following the third (TTC) meeting in Brussels, the European Union emphasized India's role as a crucial partner in securing and diversifying global semiconductor supply chains. The discussions highlighted shared goals in AI development, while India also announced the Union Cabinet's approval of the program, backed by a significant $13.25 billion outlay.
The global semiconductor industry is characterized by highly complex, geographically concentrated, and vulnerable supply chains. The EU's strategy, mirrored in their 'Chips 2.0' adoption, reflects a broader global shift towards friend-shoring (manufacturing and sourcing from geopolitical allies) to build supply chain resilience. The Union Cabinet's approval of Semicon 2.0, with an expanded $13.25 billion outlay, is a massive fiscal intervention aimed at creating a robust domestic ecosystem. Unlike its predecessor which focused heavily on fabs, Semicon 2.0 explicitly targets the entire value chain: chip design, R&D, essential chemicals/gases, and strengthening ATMP (Assembly, Testing, Marking, and Packaging) and OSAT (Outsourced Semiconductor Assembly and Test) networks. This holistic approach is critical because establishing a complete semiconductor ecosystem reduces import dependency, bolsters national security, and creates high-value jobs. The synergy between India's talent pool and the EU's technological base presents a significant opportunity for foreign direct investment (FDI) and technology transfer.
The India-EU Trade and Technology Council (TTC) serves as a critical strategic coordination mechanism, allowing both partners to align on the governance of emerging technologies. The discussions around the AI Impact Summit highlight a shared vision for AI governance: balancing innovation with accessibility and trust. This alignment is vital as the world navigates the ethical, security, and economic implications of AI. The EU’s approach, typically characterized by robust regulatory frameworks (like the AI Act), intersecting with India's focus on digital public infrastructure and inclusivity, creates a powerful paradigm for global tech governance. The focus on making AI a 'critical technology of the future' accessible to all underscores the need for regulatory frameworks that prevent monopolization and ensure equitable benefits, aligning with the principles of digital sovereignty and data localization.
The deepening India-EU relationship, particularly in high-technology sectors, signifies a strategic convergence driven by mutual geopolitical needs. Both entities are seeking to reduce their reliance on single sources (primarily China) for critical technologies like semiconductors and high-performance computing. This partnership is a key component of India's multi-alignment strategy, expanding its technological and economic partnerships beyond traditional bilateral ties. The joint commitment to cooperate in quantum technologies, AI, and 6G further solidifies this strategic partnership, positioning both India and the EU as key players in shaping the future global technological landscape. This collaboration enhances India's bargaining power in global forums and strengthens its position as a reliable, democratic partner in the Indo-Pacific and beyond.