Whalesbook
India Pivots to Design Leadership with ISM 2.0
India is charting a new course in its semiconductor ambitions with the formal launch of the India Semiconductor Mission (ISM) 2.0. This next phase significantly pivots the national strategy towards fostering design-led growth, aiming to cultivate indigenous capabilities that can rival global giants. The move signals a strategic imperative to move beyond manufacturing and establish India as a critical hub for semiconductor innovation and intellectual property creation. The government has allocated ₹1,000 crore for ISM 2.0 in fiscal year 2026-27 to drive this ambitious agenda.
The Design Imperative
The core of ISM 2.0 places design companies and startups at the forefront of India's semiconductor aspirations. Minister Ashwini Vaishnaw articulated a vision to empower these entities to develop end-to-end product designs, take them to market, and potentially emerge as the next global semiconductor leaders. This design-centric approach seeks to harness the significant deep-tech energy and innovation within India's burgeoning startup ecosystem. The co-development of a 2-nanometer chip with Qualcomm, showcased at a Bengaluru event, serves as a tangible demonstration of India's growing prowess in advanced chip design and its critical role in the global technology supply chain. Qualcomm's long-term commitment to India reflects this evolving ecosystem, with substantial investments in its R&D capabilities [15, 42]. The Design Linked Incentive (DLI) scheme, launched under the Ministry of Electronics and Information Technology, has already approved numerous chip design projects, demonstrating early success in lowering entry barriers for startups [9, 30, 33, 36].
Ecosystem and Fabrication Ambitions
Parallel to its design focus, ISM 2.0 will continue efforts to establish advanced manufacturing capabilities. The mission aims to integrate the complete semiconductor value chain domestically, encompassing not only fabrication but also the crucial upstream and downstream segments. This includes onboarding equipment manufacturers, specialized chemical and gas suppliers, and companies focused on yield improvement and testing. The government's target includes achieving production capabilities at advanced nodes, such as 2-nanometer chips, aligning with global technological frontiers [41]. While ISM 1.0 laid the groundwork with an outlay of ₹76,000 crore for fabrication, assembly, and testing infrastructure, ISM 2.0 broadens its scope to include domestic production of critical inputs and full-stack Indian intellectual property [6, 7, 13]. The Electronics Component Manufacturing Scheme (ECMS) has also seen its outlay increased to ₹40,000 crore to further bolster the electronics manufacturing ecosystem [17].
Global Context and Competitive Landscape
India's strategic push for semiconductor self-reliance and global competitiveness occurs against a backdrop of geopolitical shifts and supply chain vulnerabilities. The dominance of East Asia, particularly Taiwan which produces over 60% of the world's semiconductors and nearly 90% of advanced chips, highlights the risks of concentrated manufacturing [8]. Major economies like the US, EU, Japan, and South Korea have launched similar initiatives to bolster domestic capacity and diversify supply chains [8]. India positions itself as a trusted partner in this recalibration, leveraging its vast pool of engineering talent, estimated at 20% of the global semiconductor design workforce [3, 4, 32]. Countries like Taiwan and South Korea are actively engaging with India, seeking to leverage its talent and market while strengthening their own strategic supply chain resilience [16, 26]. The global semiconductor market is projected for significant growth, expected to reach approximately $1 trillion by 2030, driven by demand from AI, automotive, and 5G applications [5, 21, 28, 39]. India's domestic semiconductor market is also set to expand, potentially reaching $100-$110 billion by 2030, representing about 10% of global demand [5, 8].
The Bear Case: Scale and Execution Hurdles
Despite the ambitious vision, significant challenges persist. The allocated ₹1,000 crore for ISM 2.0, while substantial for design incentives, appears modest compared to the multi-billion-dollar investments required for establishing advanced fabrication facilities globally [19, 24]. India's primary strength lies in design, but it faces a critical gap in advanced manufacturing capabilities, necessitating reliance on overseas foundries for prototype development and mass production [5, 12]. The development of a complete domestic ecosystem for equipment, chemicals, and gases, as targeted by ISM 2.0, is a complex and capital-intensive undertaking, with over 90% of essential inputs currently imported [14, 22]. Furthermore, while India possesses a large number of engineering graduates, there is a notable shortage of specialized manufacturing talent for fabrication and advanced packaging roles, with estimates suggesting a deficit of 250,000-300,000 skilled professionals by 2027 [10, 22]. India's R&D spending, at 0.7% of GDP, lags significantly behind global leaders like the US (3.6%) and China (2.4%), indicating a need to foster a more robust innovation ecosystem [22]. Venture capital investment in India's semiconductor startups, though growing, remains considerably lower than that in China [5].
Future Outlook
India's semiconductor journey is poised for continued expansion, with industry estimates projecting the domestic market to reach $100-$110 billion by 2030. The nation's talent pool is expected to grow significantly, potentially reaching 400,000 professionals by 2030 [10, 29]. The strategic emphasis on design, coupled with continued efforts to build fabrication capacity and the full value chain, aims to position India as a resilient and competitive player in the global semiconductor network. Sustained policy backing, as signaled by the Union Budget, and strategic international collaborations will be crucial for translating these ambitions into tangible manufacturing and design leadership.