India's Electronics Sector: Towards Strategic Indispensability

Exploring India's evolving role in global electronics supply chains amid rising dependency on China.
SuryaSurya
5 mins read
India’s electronics sector emerging as strategically indispensable in global supply chains
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1. Context: Shifting Global Electronics Supply Chains

Global electronics supply chains are undergoing a structural reconfiguration due to geopolitical tensions, concentration risks, and the search for resilient manufacturing hubs. A multinational consumer electronics company has highlighted that while the world remains heavily dependent on China’s supply chain, India is gradually moving towards “strategic indispensability”.

This transition is significant for India’s development trajectory as electronics form the backbone of modern manufacturing, digitalisation, and exports. Deep integration into global value chains (GVCs) can enhance growth, employment, and technological capabilities.

If India fails to consolidate this transition, it risks remaining a peripheral assembly base rather than a core node in global manufacturing networks.

The core logic is that supply-chain positioning determines long-term economic leverage. Countries that fail to embed themselves deeply remain vulnerable to external shocks and limited value capture.

2. India’s Evolving Position in the Electronics Supply Chain

India’s electronics sector has evolved in distinct phases over the last decade, reflecting a calibrated policy-driven approach. Initially, the sector was heavily import-dependent, particularly on China, limiting domestic value addition.

Subsequently, policy emphasis shifted towards import substitution through domestic manufacturing expansion. This phase aimed to reduce vulnerability arising from external supply disruptions.

Currently, India is focusing on export-led resilience by scaling production and integrating with global markets. This transition is expected to culminate in a supply-chain-led export model that enhances India’s indispensability.

Phases of India’s electronics integration:

  • 2013–16: ~78% of electronics imports sourced overseas, mainly China
  • 2017–21: Import substitution via domestic manufacturing
  • 2022–27: Export-led strategic resilience
  • Post-2028: Export and supply-chain-led “strategic indispensability”

The logic lies in phased capability building. Skipping stages risks fragile industrialisation that cannot sustain global competitiveness.

3. China’s Manufacturing Dominance and Supply Chain Strength

China’s centrality in global electronics manufacturing stems from long-term ecosystem development rather than short-term incentives. Its supply chain combines infrastructure readiness, financial depth, and policy coherence.

Plug-and-play industrial infrastructure has reduced setup time and operational risk, enabling rapid scaling. Access to low-cost capital has supported large, long-term investments, while export-oriented policies have rewarded scale and efficiency.

China’s supply chain matured through sequential phases—initial hosting of global brands, followed by domestic firm creation, and finally global scaling of Chinese brands.

Stages of China’s supply chain evolution:

  • 1980s: Manufacturing base for global brands (Honda, Toyota, HP, Dell)
  • 1990s: Emergence of domestic companies
  • 2000s onwards: Global expansion of Chinese brands (BYD, Xiaomi, Huawei, etc.)

The development logic shows that sustained ecosystem building creates path dependence. Without similar depth, alternative hubs struggle to displace China fully.

4. India’s Strategic Policy Framework for Electronics Manufacturing

India’s electronics manufacturing ecosystem has been built through targeted and sequenced policy interventions. These policies aim to address gaps across design, fabrication, assembly, and component manufacturing.

The launch of the Semiconductor Mission marked a shift towards upstream capability creation, while PLI schemes focused on scaling manufacturing and exports. Complementary schemes seek to deepen component localisation and reduce import dependence.

This strategic layering is crucial to move India up the value chain rather than remaining confined to low-value assembly.

Key policy initiatives:

  • Semiconductor Mission (2022) – domestic chip capabilities
  • Smartphone PLI (2021) – scaling production and exports
  • IT Hardware PLI 2.0 (2023) – laptops and servers
  • Electronics Components Manufacturing Scheme (2025) – component localisation

The underlying logic is vertical integration. Without upstream and component depth, export growth remains vulnerable to external supply shocks.

5. Smartphone PLI Scheme and Global Value Chain Integration

The smartphone PLI scheme has emerged as a focal point of India’s electronics strategy. It has facilitated collaboration between global value chains and Indian firms to build scale and export competitiveness.

The scheme has expanded domestic production capacity, increased exports, and lowered dependence on imported finished products. This has also reduced exposure to global supply disruptions.

Additionally, the scheme has generated skilled manufacturing employment and opened new opportunities for MSMEs in ancillary and component manufacturing.

Key impacts of smartphone PLI:

  • Increased contribution of electronics to GDP
  • Expansion of smartphone exports
  • Reduced import dependence
  • Employment generation in skilled manufacturing
  • MSME participation in supply chains

The logic is scale-driven competitiveness. Without such scale, domestic firms cannot integrate meaningfully into global production networks.

6. Implications for Strategic Autonomy and Economic Resilience

Becoming “strategically indispensable” in electronics manufacturing has implications beyond trade. It enhances economic resilience, bargaining power in global negotiations, and technological self-reliance.

For India, electronics manufacturing supports broader goals such as digital transformation, defence electronics, and future technologies. It also reduces strategic vulnerability arising from overdependence on a single external supplier.

Failure to sustain this momentum may leave India exposed to supply disruptions and limit its strategic autonomy in a technology-driven global order.

The broader logic is that manufacturing capability underpins national resilience. Without it, economic and strategic autonomy remain constrained.

Conclusion

India’s electronics sector is transitioning from import dependence towards export-led supply chain integration through phased and strategic policy support. While China remains the dominant global hub, India’s calibrated approach positions it as an emerging, resilient alternative. Sustained policy coherence, ecosystem depth, and global integration will determine whether India achieves long-term strategic indispensability.

Quick Q&A

Everything you need to know

✅ TRUE: Strategic indispensability refers to a country becoming critical to global supply chains such that alternatives are limited or costly. ❌ FALSE: It means complete self-sufficiency with no imports or exports. ✅ TRUE: India’s electronics sector is projected to become strategically indispensable after 2028. ❌ FALSE: Strategic indispensability is achieved solely through low-cost labour. ✅ TRUE: It involves scale, export capability, and deep integration with global value chains.

✅ TRUE: During 2013–16, about 78 per cent of India’s electronics imports came from overseas suppliers, mainly China. ❌ FALSE: India was export-led in electronics manufacturing during 2013–16. ✅ TRUE: Between 2017–21, India focused on import substitution through domestic manufacturing. ❌ FALSE: India skipped the import substitution phase and directly became export-led. ✅ TRUE: From 2022–27, India is building export-led strategic resilience by scaling production.

✅ TRUE: China’s competitiveness is driven by plug-and-play infrastructure, low-cost capital, and supportive government policies. ❌ FALSE: China’s dominance is due only to high domestic consumption. ✅ TRUE: Zero import duties on inputs helped Chinese firms scale manufacturing rapidly. ❌ FALSE: Chinese manufacturing growth occurred without state support. ✅ TRUE: Policies rewarding scale and exports enabled China to dominate global markets.

✅ TRUE: From the 1980s, China grew by hosting manufacturing of global brands like Honda and HP. ❌ FALSE: Chinese manufacturing began with globally dominant domestic brands. ✅ TRUE: In the 1990s, China started building its own domestic manufacturing firms. ❌ FALSE: Chinese brands scaled globally before the 1990s. ✅ TRUE: From the 2000s, brands like Huawei, Xiaomi, and BYD expanded internationally.

✅ TRUE: PLI schemes aim to boost domestic manufacturing by linking incentives to production and exports. ❌ FALSE: PLI schemes are designed only to increase imports of electronics. ✅ TRUE: The smartphone PLI scheme was introduced in 2021 to scale handset production. ❌ FALSE: PLI schemes focus exclusively on public sector enterprises. ✅ TRUE: These schemes help reduce supply chain vulnerabilities and import dependence.

✅ TRUE: The Semiconductor Mission launched in 2022 aims to develop domestic chip-making capabilities. ❌ FALSE: India has no policy focus on semiconductor manufacturing. ✅ TRUE: IT Hardware PLI 2.0 from 2023 targets local production of laptops and servers. ❌ FALSE: Electronics Components Manufacturing Scheme began before 2020. ✅ TRUE: ECMS from 2025 seeks to deepen localisation and support MSMEs in electronics.

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