India’s Manufacturing Pivot

This editorial is based on “End of easy globalisation: India must rethink its manufacturing playbook” which was published in The Business Standard on 14/04/2026. This editorial analyzes India's strategic transition toward a global manufacturing hub, highlighting the interplay between geopolitical realignments and domestic structural reforms. It evaluates critical barriers, from green trade taxes to skill deficits, and proposes a multidimensional roadmap for industrial resilience. 

For Prelims: Production-Linked Incentive (PLI), India Semiconductor Mission, Carbon Border Adjustment Mechanism (CBAM),Digital Public Infrastructure (DPI). 

For Mains: Structural Advancements that are Driving India’s Emergence As a Global Manufacturing Hub,Key Issues Associated with the Manufacturing Sector of India. 

India’s manufacturing sector stands at a critical inflection point as globalisation shifts from efficiency to geopolitics-driven supply chains. The sector contributes about 16–17% of GDP, far below the 25% target under Make in India, while employing over 27 million workers. However, India accounts for only around 3% of global manufacturing output, compared to China’s ~28%. In this evolving global order marked by supply-chain realignments and “friend-shoring”, India has a strategic opportunity to emerge as a trusted manufacturing hub. 

What Key Developments are Driving India’s Emergence as a Global Manufacturing Hub?  

• Production-Linked Incentive (PLI) Scheme as Catalyst of Growth: The PLI scheme has systematically shifted India from an import-dependent economy into a robust export-oriented base by offsetting historical structural and cost disadvantages.  
  • It provides the necessary fiscal momentum to attract global value chains and scale up localized production across critical sectors.  
  • Cumulative electronics production under this scheme surged 146% to ₹5.45 lakh crore by FY25, supported by substantial FDI inflows of $4 billion.  
  • Across all 14 sectors, the scheme successfully generated over 14.39 lakh jobs and surpassed ₹2.16 lakh crore in cumulative investments by late 2025. 
• Global Supply Chain Diversification: Major multinational corporations are actively derisking their supply chains from geopolitical volatility in China, recognizing India as a highly viable, high-volume alternative.  
  • This strategic realignment proves that India's manufacturing ecosystem is maturing beyond basic assembly into deeper, complex supply-chain integration.  
  • In 2025, Apple expanded its Indian iPhone production by 53%, assembling 55 million units in 2025.  
    • Consequently, the iPhone became India's single largest export item, driving over $23 billion in device shipments and making smartphones the nation's top overall export. 
• Domestic Semiconductor Ecosystem Incubation: Recognizing that silicon independence is paramount for modern industrial sovereignty, India is aggressively building a comprehensive domestic semiconductor ecosystem encompassing fabrication, assembly, and testing.  
  • This strategic structural pivot fundamentally shields the nation from global chip shortages while attracting top-tier global technological partnerships.  
  • Under the India Semiconductor Mission , massive projects like Tata Electronics’ over ₹91,000 crore fab facility in Gujarat are materializing to produce 50,000 wafers per month.  
    • Similarly, Micron’s over ₹22,000 crore facility in Sanand is becoming operational, marking a major leap in India’s semiconductor ambitions and significantly transforming its high-tech manufacturing landscape. 
• Indigenization of Defense Manufacturing: India has structurally overhauled its defense framework from being a massive global importer into an emerging net exporter by heavily emphasizing self-reliance and encouraging deep private-sector participation.  
  • This transformation not only mitigates strategic vulnerabilities but also captures a rapidly expanding share of the lucrative global arms market.  
  • In FY 2025-26, defense exports skyrocketed by a massive 62% to hit an all-time record of ₹38,424 crore.  
  • Public sector units saw export surges of 151%, while private firms contributed an impressive 45% of the total, validating the success of localized defense policies. 
• Multimodal Logistics and Infrastructure Integration: To eliminate chronic physical bottlenecks, the government has adopted a synchronized infrastructure strategy that drastically improves multi-modal connectivity and slashes turnaround times.  
  • This systemic reduction in national logistics costs makes Indian manufacturing inherently more competitive and responsive to global demand cycles.  
  • This enhanced logistical efficiency enabled major tech exporters to airlift around 600 tonnes of electronics directly to US markets in a matter of days. 
  • To sustain these improvements, the government is transitioning to a fully automated "Customs 2.0" system, expected to be finalized by 2026.  
    • This system aims for paperless, risk-based checks that significantly expedite the "Out of Charge" (OOC) process 
• Green Manufacturing and Renewable Grid Transition: As global trade frameworks progressively penalize carbon-heavy goods, India's structural integration of renewable energy into its industrial grid offers a distinct geopolitical and economic advantage.  
  • Ensuring that new manufacturing clusters run on clean power guarantees future-proofed access to strictly regulated, environmentally conscious Western markets.  
  • India’s push for green manufacturing is visible in projects like Dholera Special Investment Region, planned to run largely on renewable energy, aligning with low-carbon export standards.  
  • With India’s installed renewable capacity crossing 274.68 GW (as of April 2026), firms using green power gain preferential access to carbon-regulated markets like the EU.  
  • New mega-factories across electronics and heavy engineering are heavily contracting this renewable power to meet stringent global ESG mandates while simultaneously stabilizing their long-term energy costs. 
• Scaling of Electric Vehicle (EV) Value Chains: India is structurally positioning itself at the forefront of the global mobility transition by aggressively localizing electric vehicle supply chains rather than relying on legacy combustion networks.  
  • Developing indigenous advanced chemistry cell capabilities is critical to eliminating future dependencies on imported lithium-ion technology.  
  • Under the ₹18,100 crore ACC-PLI scheme, India is setting up 50 GWh of domestic battery capacity, with players like Ola Electric and Reliance Power leading the charge.  
  • Massive parallel capital investments are currently flowing into battery components, driving a lucrative pivot for traditional auto-ancillary manufacturers across the nation. 
• Digital Public Infrastructure (DPI) Integration: India's globally unique Digital Public Infrastructure acts as a profound structural enabler, formalizing the economy while drastically streamlining previously complex business operations.  
  • This seamless digital foundation significantly reduces bureaucratic red tape, speeds up enterprise compliance, and facilitates frictionless financial flows for global manufacturers. 
  • Platforms built on the India Stack have revolutionized vendor payments and rapid credit access for millions of MSMEs that feed into larger industrial supply chains.  
  • The total digitization of tax networks like the GST has unified the national market, creating the operational transparency and efficiency that large-scale foreign investors demand. 
    • For instance, as of January 2026, the GSTN platform processed over ₹102.91 lakh crore in payments, while the National Single Window System (NSWS) granted over 8.29 lakh approvals across 32 central departments. 
• Strategic Free Trade Agreement (FTA) Proliferation: India has fundamentally recalibrated its trade policy, transitioning from defensive protectionism to a "New Age FTA" strategy that prioritizes deep integration with high-consumption Western markets.  
  • This structural shift provides long-term duty-free access, ensuring that "Make in India" products remain price-competitive against regional rivals while attracting massive investment commitments. 
  • For instance, in January 2026, India concluded the "Mother of All Deals" FTA with the European Union, delivering unprecedented market access for more than 99% of India’s export by trade value.  
    • Simultaneously, the India-UK Comprehensive Economic and Trade Agreement (CETA) aims to double the USD 56 billion trade between the two economies by 2030. 

What are the Key Issues Associated with India's Manufacturing Sector?  

• Deep Supply Chain and Upstream Dependencies: The domestic manufacturing ecosystem remains fundamentally vulnerable due to a structural over-reliance on imported critical raw materials and intermediate components.  
  • This lack of deep localization in upstream supply chains exposes manufacturers to severe global geopolitical shocks and sudden price volatilities.  
  • For instance, the Indian pharmaceutical and electronics sectors continue to import a vast majority of their Active Pharmaceutical Ingredients (around 70%) and semiconductor components from China.  
  • While recent Production-Linked Incentives attempt to indigenize these nodes, sudden global supply chain disruptions continue to severely inflate input costs for domestic assemblers. 
• Logistics and Last-Mile Inefficiencies: Although significant strides have been made in national logistics infrastructure, persistent localized bottlenecks and fragmented last-mile connectivity still heavily hamper operational efficiency.  
  • These localized transit delays compound supply chain timelines and actively dilute the competitive advantage of lower Indian labor costs in global markets.  
  • The Economic Survey 2025-26 highlights that while the PM GatiShakti initiative successfully drove total national logistics costs below 8% of GDP, localized constraints persist.  
  • Manufacturers still face unpredictable transit delays at state borders and regional ports, significantly complicating rapid export fulfillment. 
• Green Transition and Unilateral Trade Barriers: The global shift toward mandatory green manufacturing is placing a significant compliance and financial burden on India’s traditionally carbon-intensive heavy industries.  
  • While India secured a Most Favoured Nation (MFN) clause in the 2026 Free Trade Agreement with the European Union with regard to CBAM, ensuring it is not treated less favourably than other partners, the real benefits remain uncertain as specific carbon-related exemptions were not granted. 
  • As a result, Indian exporters are increasingly dependent on ongoing “technical dialogues” rather than firm legal safeguards, which could make legacy production less competitive in Western markets.  
    • Though, India is pivoting toward Carbon Capture (CCUS) and Green Hydrogen, the transition costs remain a significant structural hurdle for MSMEs and heavy industry alike. 
• MSME Credit Starvation and Capital Constraints: Micro, Small, and Medium Enterprises form the absolute backbone of the manufacturing supply chain but are chronically stifled by formal credit starvation.  
  • The traditional banking sector's over-reliance on heavily collateralized lending actively excludes vast segments of informal manufacturers from scaling their operations.  
  • A SIDBI report reveals that India’s MSME sector continues to grapple with a massive credit gap, estimated at 24%or nearly Rs 30 lakh crore 
  • While the collateral-free loan limit is raised to ₹20 lakh, millions still rely on informal lenders charging exorbitant annual interest rates. 
• Low Private Sector R&D and Innovation Gap: India's manufacturing base historically prioritizes low-cost assembly and basic technology absorption over indigenous design, leading to chronic technological stagnation.  
  • The severe lack of private sector investment in research and development prevents the domestic industry from capturing the high-value nodes of global supply chains.  
  • Gross domestic expenditure on R&D has historically stagnated around 0.64% of GDP, with the private sector contributing a distinctly minimal share compared to global peers.  
    • Consequently, Indian manufacturers remain structurally dependent on foreign technology transfers, severely stunting organic innovation in cutting-edge fields like advanced materials. 
• Skill Deficits and the Industry 4.0 Transition: Despite massive demographic advantages, India's manufacturing sector struggles with a severe qualitative skill mismatch as automation demands hybrid tech-mechanical capabilities.  
  • Traditional vocational institutes are failing to produce graduates who are immediately job-ready for advanced digital factory environments.  
  • Over 80% of Indian employers report severe difficulty finding skilled professionals.  
  • Industry estimates report that employability stands at around 56% overall, with nearly 70% for BTech graduates and closer to 40% for ITI candidates, highlighting variation in job readiness across pathways and reflecting a structural gap between education and industry requirements. 
• Regulatory Cholesterol and Compliance Complexity: Navigating the complex labyrinth of state-level compliances, archaic environmental clearances, and rigid operational laws continues to artificially inflate the cost of doing business.  
  • This heavy regulatory burden disproportionately impacts mid-sized manufacturers, actively discouraging them from formalizing their operations or significantly expanding their workforce.  
  • Despite central pushes for business ease, mid-sized factory owners still manage hundreds of disparate, overlapping state-level compliance filings annually.  
    • Furthermore, the delayed operationalization of the centralized Labor Codes across all states continues to inject legal uncertainty, severely restricting the rapid scaling of labor-intensive manufacturing hubs. 
• Land Acquisition Rigidities and Project Gestation: The scarcity of contiguous, dispute-free industrial land situated near multimodal transport nodes remains a massive structural deterrent for establishing mega-factories.  
  • Lengthy legal acquisition processes and highly fragmented land ownership records significantly inflate project gestation periods and actively deter large-scale foreign direct investments.  
  • Complex land acquisition frameworks routinely result in years of active litigation and massive capital cost overruns for heavy manufacturing projects.  
    • Official estimates suggest that nearly 35% of delays in large infrastructure projects stem from unresolved land acquisition issues. 

What Measures are Needed to Strengthen India’s Manufacturing Sector? 

• Upstream Component Indigenization and Mineral Security: Achieving true manufacturing sovereignty necessitates a strategic pivot away from mere downstream assembly toward the deep indigenization of critical upstream components and raw materials.  
  • Policymakers must establish sovereign resource funds and forge strategic bilateral partnerships to secure unhindered access to rare earth elements and critical minerals essential for high-tech sectors.  
  • Incentivizing domestic smelting, refining, and base-chemical production will structurally insulate the entire industrial ecosystem from sudden geopolitical supply shocks.  
    • This deep-tier localization strategy will transition the economy from fragile import dependency to a resilient, vertically integrated manufacturing powerhouse. 
• Overhaul of Dispute Resolution and Regulatory Cholesterol: To foster a highly conducive investment climate, an aggressive surgical reduction of overlapping state and central regulatory cholesterol is absolutely imperative to lower the operational cost of doing business.  
  • Establishing fast-track, dedicated commercial courts equipped with alternative dispute resolution mechanisms will drastically reduce project gestation periods and contract enforcement uncertainties.  
  • Transitioning from a multi-portal compliance maze to a truly unified, algorithmic single-window clearance system will effectively eliminate bureaucratic rent-seeking and streamline land acquisition protocols. 
• Deep-Tech R&D Commercialization and Academia Synergy: Escaping the low-value assembly trap requires a paradigm shift in how private sector research and development is incentivized, funded, and ultimately commercialized into proprietary intellectual property.  
  • The state must facilitate robust, outcome-driven consortiums between premier academic institutions, national laboratories, and private manufacturing clusters to co-develop cutting-edge technologies.  
  • Offering enhanced weighted tax deductions for applied research and creating shared, open-access prototyping facilities will democratize advanced innovation for mid-sized enterprises.  
    • By actively funding the translation of foundational research into commercialized patents, the sector can structurally ascend the global value chain. 
• Democratization of MSME Credit through Cash-Flow Lending: Transforming the chronically credit-starved MSME sector demands a radical structural shift from traditional collateral-based lending toward dynamic, cash-flow-based underwriting models.  
  • Leveraging open-banking frameworks and digital public infrastructure, financial institutions can utilize real-time transactional data to offer frictionless, uncollateralized working capital on demand.  
  • Furthermore, the expansion of sovereign credit guarantee trust funds specifically tailored for advanced machinery upgrades will absorb institutional risk and incentivize aggressive technology adoption.  
  • This financial formalization will enable micro-manufacturers to rapidly scale operations and seamlessly integrate into complex, high-volume global supply networks. 
• Industry-Led Apprenticeship and Cognitive Skilling Ecosystems: Addressing the acute qualitative skill deficit requires replacing static vocational curriculums with hyper-responsive, industry-led apprenticeship frameworks heavily focused on cognitive and digital competencies.  
  • Subsidizing enterprise-level training programs will incentivize manufacturers to actively participate in co-creating a highly specialized workforce adept in robotics, IoT, and precision engineering.  
  • Establishing decentralized centers of excellence within specialized industrial corridors will ensure continuous upskilling and directly align localized talent pools with immediate factory-floor requirements.  
  • This systemic alignment between pedagogical outputs and Industry 4.0 demands is critical for maximizing demographic dividends and improving labor productivity. 
• Strategic Decarbonization and Circular Economy Integration: To neutralize emerging geopolitical non-tariff barriers like carbon taxes, India must aggressively transition its heavy manufacturing base toward circular economy principles and green energy captive grids.  
  • Implementing sovereign-backed carbon credit trading systems and providing targeted subventions for adopting emission-reduction technologies will structurally safeguard export competitiveness.  
  • This requires a systemic pivot from linear production to closed-loop material recovery, specifically incentivizing the localized recycling of critical industrial inputs.  
    • By actively aligning domestic manufacturing standards with stringent global ESG compliance mandates, the sector can secure preferential access to environmentally regulated Western markets. 
• Geostrategic Free Trade Agreements and Value Chain Integration: Maximizing export potential dictates a highly strategic recalibration of trade policy, focusing on negotiating next-generation Free Trade Agreements with high-income consumer markets and strategic partners.  
  • These agreements must go beyond mere tariff reductions, meticulously addressing mutual recognition of standards, digital trade protocols, and seamless cross-border data flows to facilitate deep integration into global value chains.  
  • Simultaneously, domestic standards must be rigorously harmonized with international benchmarks to intrinsically elevate the quality, safety, and acceptability of indigenous products globally.  
  • This outward-oriented, standard-driven approach will secure deeply embedded, long-term sourcing contracts for Indian manufacturers. 
• Plug-and-Play Multimodal Industrial Megazones: To completely bypass localized infrastructural friction and land acquisition paralysis, the state must aggressively develop sovereign-backed, plug-and-play megazones strategically located near deep-water ports and dedicated freight corridors.  
  • These zones must offer pre-cleared environmental approvals, uninterrupted green power, and world-class, integrated multimodal logistics connectivity directly from the factory gate.  
  • Shifting the state's role from a mere regulator to a comprehensive infrastructure service provider will drastically compress the time-to-market for multinational corporations.  
  • This spatial concentration of allied industries will naturally foster high-efficiency manufacturing clusters, collaborative supply networks, and powerful economies of scale. 

Conclusion:

India’s transition toward a global manufacturing powerhouse necessitates a synchronized pivot from basic assembly to deep-tier high-tech indigenization. By leveraging "friend-shoring" trends and integrating green energy with digital public infrastructure, the nation can overcome historical structural bottlenecks. Success will ultimately hinge on harmonizing state-level regulatory frameworks with global standards to ensure long-term industrial resilience. 

Drishti Mains Question

"The shift from efficiency-driven to geopolitics-driven globalisation presents a unique window for India's manufacturing sector." Discuss the structural advancements required to capitalize on this transition.

FAQs

Q. What is the primary goal of the PLI scheme? 
To incentivize domestic production, attract global investments, and turn India into an export-oriented manufacturing hub.

Q. How does the "China+1" strategy benefit India?  
It encourages multinational corporations to diversify supply chains away from China, bringing high-volume production like iPhones to India.

Q. What is the significance of the India Semiconductor Mission? 
It aims to establish a domestic ecosystem for chip fabrication and testing to ensure technological and industrial sovereignty.

Q. What is CBAM and why is it a concern?  
The Carbon Border Adjustment Mechanism is an EU tax on carbon-intensive imports like steel, which could hurt Indian exports.

Q. How does PM Gati Shakti assist manufacturing?
It integrates multimodal transport to reduce logistics costs and expedite the movement of goods from factories to ports. 

UPSC Civil Services Examination, Previous Year Questions (PYQs)  

Prelims

Q. In the ‘Index of Eight Core Industries’, which one of the following is given the highest weight? (2015)

(a) Coal production  

(b) Electricity generation  

(c) Fertilizer production  

(d) Steel production  

Ans: (b) 

---

Mains 

Q.1. “Industrial growth rate has lagged behind in the overall growth of Gross-Domestic-Product(GDP) in the post-reform period” Give reasons. How far are the recent changes in Industrial Policy capable of increasing the industrial growth rate? (2017) 

Q.2. Normally countries shift from agriculture to industry and then later to services, but India shifted directly from agriculture to services. What are the reasons for the huge growth of services vis-a-vis the industry in the country? Can India become a developed country without a strong industrial base? (2014)