"Connecting communities, empowering nations: Unifying the Regional and Global Economy ."

For nearly three decades, India’s economic story has been shaped by a paradox. The country emerged as a global leader in software, digital services, and knowledge industries, yet remained heavily dependent on imported electronics, semiconductors, display units, sensors, batteries, and other critical manufacturing components. Every smartphone assembled in India often carried a hidden reality: a large share of its value originated outside the country. The result was a growing electronics import bill, strategic dependence on foreign supply chains, and limited domestic value capture despite rising production volumes.

Today, India appears ready to address this challenge through a more ambitious phase of industrial policy. The proposed evolution of the Production Linked Incentive framework signals a shift from encouraging assembly to promoting deeper manufacturing ecosystems. The discussion is no longer about how many mobile phones are produced in India. The more important question is how much of the value embedded in those phones is actually created within India.

From Assembly-Led Growth to Value Creation

The first phase of manufacturing incentives helped transform India into one of the world’s largest mobile phone production destinations. Production volumes expanded dramatically, exports surged, and global firms increased their presence in the country. Yet beneath these achievements remained a structural weakness. Domestic value addition in electronics manufacturing continued to remain relatively modest, with critical components still imported from global manufacturing hubs, particularly East Asia.

The next stage of industrial development therefore demands a more sophisticated approach. The focus is gradually moving from finished products toward components, sub-assemblies, materials, and technology-intensive inputs. If India succeeds in increasing domestic value addition beyond fifty percent in major electronics segments, the economic implications could be profound. Every additional percentage point of local sourcing creates employment, stimulates supplier development, strengthens MSME participation, and reduces vulnerability to external shocks.

The lesson from successful manufacturing economies is clear. Nations become industrial powers not because they assemble products, but because they control increasingly larger portions of the value chain.

The Missing Middle in India’s Electronics Ecosystem

Historically, India’s industrial policy often concentrated either on large flagship investments or on small-scale enterprises. What frequently remained underdeveloped was the dense network of supplier firms that connects the two. This missing middle explains why India often struggles to convert production growth into technological depth.

A modern smartphone contains hundreds of components. Batteries, printed circuit boards, camera modules, sensors, connectors, displays, and semiconductor-related parts collectively determine most of the product’s value. If these components continue to be imported, India captures only a fraction of the final economic value even when assembly takes place domestically.

The challenge therefore is not simply attracting multinational corporations. The larger challenge is nurturing thousands of domestic supplier firms capable of meeting global quality, cost, and delivery standards. This is where industrial clusters become crucial. Countries such as China, South Korea, Taiwan, Japan, and Vietnam built dense manufacturing ecosystems where suppliers, assemblers, logistics providers, testing laboratories, and research institutions operate in close proximity. Such ecosystem density reduces costs, accelerates innovation, and enhances competitiveness.

India’s next manufacturing leap will depend less on individual factories and more on the creation of integrated industrial ecosystems.

Why Global Conditions Favor India

The timing of this strategic shift is significant. The global manufacturing landscape is undergoing its biggest transformation since the emergence of globalization in the 1990s.

Geopolitical tensions, technology restrictions, supply chain disruptions, trade conflicts, and concerns over excessive dependence on single-country sourcing have forced multinational corporations to rethink production strategies. The world is moving toward supply chain diversification. Companies increasingly seek alternative manufacturing locations that offer scale, political stability, skilled labor, and market access.

India is one of the few countries capable of absorbing a significant portion of this diversification. Its large domestic market, growing infrastructure investments, digital governance systems, and improving logistics provide a strong foundation. However, global firms will not relocate complex manufacturing operations merely because incentives exist. They will invest only if complete ecosystems are available.

This makes backward integration not merely an industrial policy choice but a strategic necessity.

The Semiconductor Challenge

One area deserves special attention. Electronics manufacturing ultimately depends on semiconductors. While India has launched ambitious semiconductor initiatives, creating a globally competitive semiconductor ecosystem is among the most difficult industrial challenges any country can undertake.

Semiconductor manufacturing requires massive capital investments, technological sophistication, highly specialized talent, and uninterrupted supply chains. Even advanced economies continue to struggle in this sector. Therefore, India must adopt a realistic and phased strategy.

Rather than immediately seeking dominance across the entire semiconductor value chain, India may initially focus on packaging, testing, specialty chips, design services, compound semiconductors, and selected strategic segments. Building capabilities gradually can create a stronger foundation than pursuing overly ambitious targets without ecosystem readiness.

Industrial policy succeeds when ambition is balanced with execution capability.

Risks That Cannot Be Ignored

While the vision is promising, several risks deserve critical attention.

The first risk is excessive dependence on incentives. Industrial competitiveness cannot be permanently sustained through government support alone. Incentives can attract investment, but productivity, innovation, and technological capability ultimately determine long-term success.

The second risk is the emergence of assembly-led complacency. Production figures and export numbers can create an illusion of industrial strength if deeper value chains remain imported. Policymakers must therefore measure domestic value addition rather than production volume alone.

The third risk relates to MSME participation. Large multinational corporations often dominate incentive-driven ecosystems. Unless smaller domestic firms gain access to finance, technology, testing facilities, certifications, and market linkages, the benefits may remain concentrated among a limited number of large players.

The fourth challenge concerns talent. Advanced electronics manufacturing requires engineers, technicians, process specialists, automation experts, and quality professionals. Without large-scale investments in skill development, infrastructure alone will not create globally competitive industries.

The Emerging Role of Industrial Clusters

The future of electronics manufacturing may depend less on individual firms and more on cluster-based development models. Industrial clusters create localized networks of suppliers, training institutions, universities, testing facilities, logistics hubs, and innovation centers.

This approach has already demonstrated success across many parts of the world. The most competitive manufacturing ecosystems are rarely isolated factories. They are interconnected economic communities where knowledge, talent, and innovation circulate continuously.

India’s existing electronics hubs such as Noida, Greater Noida, Sriperumbudur, Hosur, Bengaluru, Hyderabad, and Pune possess the potential to evolve into globally significant manufacturing ecosystems. The next policy challenge is to deepen supplier density around these hubs rather than merely expanding production capacity.

Looking Beyond 2030

The real significance of the emerging manufacturing strategy lies beyond the current decade. By 2030 and beyond, the global competition will not be about low-cost labor alone. It will revolve around technological sovereignty, resilient supply chains, strategic manufacturing capabilities, artificial intelligence integration, advanced materials, and control over critical technologies.

Countries that master these capabilities will command disproportionate economic and geopolitical influence. Countries that remain dependent on imported technologies may face increasing vulnerabilities.

India therefore stands at a strategic crossroads. The choice is not between importing and manufacturing. The choice is between becoming a large market for global technology products or emerging as a creator of industrial value, technological capabilities, and innovation ecosystems.

The transition from assembly to value creation may appear technical, but its implications are national in scale. Employment generation, export competitiveness, technological independence, strategic resilience, and long-term economic growth all depend upon the success of this transformation.

The debate around PLI 2.0 is therefore much larger than an incentive scheme. It is fundamentally a debate about whether India can finally move from participating in global supply chains to shaping them.

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