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Excel Article No.
38
Excel Row
39
Publishing Phase
Phase 3: Technology and Geopolitics
Technology and Geopolitics
Semiconductor War: Chips and US-China Power
semiconductor-war-chips-and-us-china-power
Semiconductor War explained through chips: why it matters for India, the evidence, global stakes and risks to watch next for serious readers today today.
semiconductor war
semiconductor war; india angle; india foreign policy; technology geopolitics; digital sovereignty; national security; technology and geopolitics
Informational / editorial analysis
Technology and Geopolitics, Editors Outlook, Geopolitics, India Angle, India, Semiconductors, Semiconductor War
2,500–3,000
Open with semiconductor war as a contradiction: the issue looks narrow on the surface but now shapes India’s power, choices and global position.
Current trigger behind semiconductor war; Historical roots and turning points; Key actors and power incentives; compute, chips, data and standards; national security risks; India’s capability gaps and opportunities; counter-view; future scenarios
Facts & Figures to Use / Verify
Verify: Stanford AI Index, ITU connectivity, WIPO innovation ranking, semiconductor/export-control data, cyber incident figures and India mission updates. | AI model leadership, GPU/chip export controls, TSMC concentration, India semiconductor mission and electronics import data.
Premium editorial feature image for semiconductor war: glowing circuit-board world map, satellites, chips and data streams. Dark navy, muted gold and deep red palette, realistic magazine style, no text, no cartoon.
Internal Links to Add
AI Regulation Becomes a Contest Between Innovation and Control | 5G and 6G Networks Turn Telecom Into Geopolitics | Tech Sanctions Show How Code and Chips Can Become Weapons | Artificial Intelligence Becomes the New Frontier of Global Power
Source Priority / URLs from Sheet
Opening Hook
India’s semiconductor mission is often described as an industrial policy. That is too narrow. It is a test of whether India can move from being a large technology consumer to becoming a serious technology producer. It is about electronics manufacturing, defence preparedness, digital sovereignty, jobs, exports, innovation and strategic autonomy. In an age where chips power everything from cars and missiles to smartphones and AI systems, India’s semiconductor ambitions are no longer optional. They are central to national power.
For decades, India succeeded in software but remained weak in hardware. It built IT services, digital public infrastructure and a huge market for electronics, but it did not build a deep semiconductor manufacturing base. That gap is now strategically costly. As the US-China chip war intensifies, Taiwan risk grows, and AI demand increases, India cannot afford to remain at the mercy of global supply shocks. The India Semiconductor Mission therefore carries both economic promise and geopolitical urgency.
Why This Matters Now
The timing is shaped by three forces. First, the global chip supply chain is being reorganized after pandemic shortages, export controls and geopolitical risk. Second, India’s own demand for electronics is rising across smartphones, vehicles, telecom, defence, renewable energy and industrial automation. Third, major powers are using subsidies and policy incentives to attract semiconductor investment. India is entering the race late, but not without advantages.
The Government of India approved the India Semiconductor Mission with a ₹76,000 crore incentive framework. Official updates in 2025 and 2026 highlighted ten approved semiconductor projects with around ₹1.60 lakh crore of investment across six states. These include silicon fabrication, silicon carbide, advanced packaging, assembly and testing infrastructure. The scale is meaningful. But the real question is not how many projects are announced. It is whether India can convert them into a durable ecosystem.
Historical Roots
India’s semiconductor story has long been a story of missed windows. The country had scientific talent and public-sector capacity, but it failed to build globally competitive manufacturing at the right time. Policy uncertainty, infrastructure gaps, limited domestic demand in earlier decades, weak supplier ecosystems and capital intensity kept India behind. As East Asia built semiconductor clusters, India became more comfortable in software and services.
That division once looked acceptable. Software exports brought foreign exchange, prestige and jobs. But the technology stack has changed. Software now depends on hardware access. AI depends on chips. Defence electronics depend on secure components. Cloud and telecom depend on data centres and networks. A country strong in code but weak in chips remains vulnerable at the foundation layer of the digital economy.
The First Dimension: Economic Opportunity
Semiconductors can create high-value manufacturing, skilled jobs, supplier ecosystems and export possibilities. A chip ecosystem pulls in chemicals, gases, materials, precision engineering, clean-room services, logistics, packaging, testing, design, software and research. It can upgrade the sophistication of a country’s manufacturing base. For India, this matters because the economy needs more productive jobs and deeper industrial capability.
However, semiconductor manufacturing is not a quick employment machine in the way labour-intensive manufacturing is. Advanced fabs are capital-intensive and highly automated. The job multiplier comes through the ecosystem around the fab: suppliers, engineering services, equipment maintenance, testing, design and downstream electronics. India’s strategy must therefore connect semiconductor policy with electronics manufacturing, EVs, defence production and telecom equipment.
The Second Dimension: Strategic Autonomy
Strategic autonomy in the twenty-first century cannot mean only diplomatic non-alignment. It must include technological capacity. If India depends entirely on external sources for critical chips, its autonomy is limited during crisis. Export controls, conflict, sanctions, shipping disruptions or supplier priorities can affect India’s defence, telecom and industrial systems.
This does not mean India must manufacture every chip domestically. That would be unrealistic and inefficient. Strategic autonomy means identifying critical dependencies and building enough domestic or trusted-partner capacity to reduce coercive vulnerability. India should focus on chips relevant to its security and industrial needs: automotive microcontrollers, power semiconductors, telecom components, defence electronics, sensors, compound semiconductors and packaging.
The Third Dimension: Design Strength
India has a significant base of semiconductor design talent. Many global chip companies already use Indian engineers for design, verification and software. This is India’s natural starting advantage. If India links design talent with domestic manufacturing and packaging capacity, it can move up the value chain. Without that link, India remains a talent back office for global firms.
The Design Linked Incentive and related policy support can help, but talent must be converted into Indian IP. India needs more startups designing chips for local needs: EVs, smart meters, defence, agriculture, medical devices, industrial automation and telecom. The country should build design libraries, testing platforms, fabrication access and procurement support so that startups are not trapped between prototype and production.
The Fourth Dimension: Infrastructure and Execution
The semiconductor mission will succeed or fail on execution. Fabs need reliable power, ultra-pure water, skilled technicians, fast customs, supplier proximity, environmental clearances, stable policy and long-term financing. Even small delays can damage investor confidence. India’s traditional project execution weaknesses cannot be allowed to enter this sector.
States will play a decisive role. Gujarat, Odisha, Assam, Karnataka, Tamil Nadu, Uttar Pradesh and other states competing for semiconductor investment must build not only land banks but complete ecosystems. Training institutions, supplier parks, logistics, housing, power quality and governance speed will matter. Semiconductor policy is not a press release; it is an operating discipline.
India Angle
India’s semiconductor mission must serve India’s broader development strategy. It should support Make in India, Digital India, defence indigenization, EV manufacturing, renewable energy, telecom self-reliance and AI infrastructure. The mission should not become a prestige race to announce the most advanced node. Mature nodes are strategically important too. Cars, industrial machines, defence systems and power electronics often rely on mature and specialized chips.
India must also use procurement intelligently. Government and public-sector demand in defence, railways, energy, telecom and infrastructure can create anchor markets for domestic chips. But procurement must not protect poor quality. It should support reliable domestic capability while insisting on performance standards. Protection without competitiveness would waste public money.
Global Implications
India’s semiconductor rise would help diversify global supply chains. For the US, Japan, Europe and Taiwan, India offers scale, talent and geopolitical alignment without being a treaty ally. For multinational firms, India offers a large domestic market and an alternative manufacturing geography. For the Global South, India can eventually become a more accessible technology partner if it builds affordable, reliable chip capabilities.
But India’s rise will also face competition. Every major economy wants semiconductor investment. The US, EU, Japan, South Korea and China offer subsidies, infrastructure and established ecosystems. India must therefore compete not only on incentives but on execution speed and trust. Investors will compare the certainty of India’s policy environment with alternatives.
Counter-View
The sceptical view is that India is overestimating its readiness. Semiconductor fabrication is among the hardest forms of manufacturing in the world. India lacks deep experience, equipment ecosystems and a large pool of fab technicians. Subsidies alone cannot create global competitiveness. There is also a risk that global technology cycles move faster than Indian project timelines.
This scepticism should not be dismissed. It should discipline policy. India should avoid hype, publish transparent milestones, attract serious partners and build capabilities step by step. The mission’s credibility will come from operational fabs, trained engineers, reliable yields and commercially viable customers, not from announcements.
What Happens Next
The next five years will be decisive. India must move from approvals to construction, from construction to production, from production to yield, and from yield to ecosystem depth. It must train workers before factories need them. It must link design to manufacturing. It must ensure that state-level execution matches national ambition. It must also build trusted partnerships with Taiwan, Japan, the US, Europe and South Korea.
If India succeeds, semiconductors can become a pillar of industrial upgrading. If it fails, the country will remain a large market dependent on others for the intelligence embedded in its machines. The stakes are therefore larger than one sector. India’s semiconductor mission is a test of whether the country can build deep technology capability in the hardest part of the global economy.
Editorial Insight
India does not need to win the entire semiconductor race to change its future. It needs to enter the race intelligently, choose its segments, build execution credibility and connect chips with national development. The semiconductor mission is not simply about producing wafers. It is about producing confidence that India can build the foundations of technological sovereignty.
Source References for Verification
- https://pib.gov.in
- https://mea.gov.in
- https://rbi.org.in
- https://aiindex.stanford.edu
- https://www.itu.int
- https://www.wipo.int
- US Bureau of Industry and Security: Advanced computing and semiconductor export controls - https://www.bis.gov/press-release/bis-updated-public-information-page-export-controls-imposed-advanced-computing-semiconductor
- US BIS: 2023 advanced computing restrictions update - https://www.bis.gov/press-release/commerce-strengthens-restrictions-advanced-computing-semiconductors-semiconductor-manufacturing-equipment
- India Semiconductor Mission 2.0, PIB - https://www.pib.gov.in/PressReleasePage.aspx?PRID=2224839&lang=1®=3
- ITU IMT-2030 / 6G Framework - https://www.itu.int/en/mediacentre/Pages/PR-2023-12-01-IMT-2030-for-6G-mobile-technologies.aspx
- UNCTAD Digital Economy Report 2024 - https://unctad.org/publication/digital-economy-report-2024
- DST National Quantum Mission - https://dst.gov.in/national-quantum-mission-nqm
- NIST Post-Quantum Encryption Standards - https://www.nist.gov/news-events/news/2024/08/nist-releases-first-3-finalized-post-quantum-encryption-standards
- WIPO Global Innovation Index 2025 India profile - https://www.wipo.int/gii-ranking/en/india