India’s manufacturing expansion is bringing greater attention to the capabilities that connect individual factories to a wider industrial system. A recent Jefferies assessment examines how emerging sectors, supported by domestic demand, government policy and private investment, could build on the country’s existing manufacturing base.
What Is the Jefferies Report?
The report, titled “India’s New Industrial Revolution” and dated September 8, 2026, is an investment research paper, rather than a government policy document or an academic study. It identifies six sectors that could drive India’s next phase of industrial growth:
Semiconductors | Space | Aerospace | Electronics | Solar manufacturing | Data centres
Jefferies argues that these sectors are becoming investable because three forces are coming together:
Large Indian demand + government support + increasing private-sector participation
The report’s significance lies in how it connects these opportunities into a broader industrial investment cycle. By mapping sectors, capital requirements, and potential participants, it outlines the early structure of an emerging industrial economy.
This expansion builds on an established production base. India ranks among the world’s leading producers in several industries:
- Crude steel — #2
- Cement — #2
- Aluminium — #2
- Ammonia — #2
- Ceramic tiles — #2
- Solar PV modules — #2, by manufacturing capacity
- Mobile phones — #2
India is also a major producer of commercial vehicles, automobiles and other industrial products, although some rankings depend on the product definition and year measured. These positions show manufacturing scale; the bigger question is how that scale can support deeper industrial capabilities.
The Bigger Change
India’s manufacturing ambitions increasingly extend to the industrial ecosystems around factories. The next wave of development is concentrated in sectors that depend on interconnected suppliers, engineering capabilities, infrastructure and technology:
Semiconductors | Electronics | Aerospace | Space | AI/Data centres | Advanced manufacturing | Green energy
These sectors can draw on capabilities India has already developed across:
Steel + aluminium + chemicals + engineering + automotive + electronics + pharmaceuticals + digital infrastructure
Connecting this existing base with newer industries creates the possibility of a more advanced and integrated industrial system. The shift involves creating the conditions for components, production processes, skills and supporting infrastructure to grow together.
What the Evidence Tells Us
India’s electronics production increased from approximately ₹1.9 lakh crore in 2014–15 to ₹12 lakh crore in 2024–25. Electronics exports reached around ₹3.3 lakh crore, while mobile-phone production reached approximately ₹5.45 lakh crore.
The PLI programme across 14 sectors generated more than ₹2.16 lakh crore in investment, ₹20.41 lakh crore in production and sales, and 14.39 lakh jobs by December 2025. These figures show the scale of investment and production activity across the sectors covered by the programme.
India is also expanding its semiconductor manufacturing ambitions. The approval of Crystal Matrix and Suchi Semicon, with a combined proposed investment of about ₹3,900 crore, brings the approved project count to 12. The projects cover chip fabrication, assembly, testing and packaging, potentially strengthening domestic supply chains. Approvals, however, do not mean that investment has already been deployed or that factories are operating at commercial scale. Source: India Semiconductor Mission
Alongside these investments, industrial corridors and plug-and-play industrial parks are expanding the physical foundations for manufacturing. Together, these developments reflect an effort to attract factories while creating the conditions for whole value chains to grow.
The Key Gap: Scale Is Not Yet Capability
The distinction between scale and capability is central to interpreting the Jefferies report. Ranking second in production does not automatically place India second in technology, productivity or value creation.
Solar manufacturing illustrates this gap. India has built substantial module manufacturing capacity, but its ability to produce polysilicon, wafers and other critical inputs remains much weaker. The expansion of one stage of production has therefore not been matched by equivalent capabilities across the supply chain.
Mobile-phone manufacturing presents a similar challenge. Its growth has been driven largely by assembly, while deeper localisation requires progress across:
Components → Semiconductors → Machinery → Design → IP
The next stage of industrial development involves extending the gains represented by:
Assembly → Production → Capacity
into:
Components → Engineering → R&D → Technology → IP → Global Brands
This progression captures the capability-building challenge at the heart of the industrial transition: increasing the technology, engineering and value created within the manufacturing system.
The Future Factory
The next generation of Indian factories will increasingly bring together a range of technologies, energy systems and skills:
AI + robotics + advanced materials + renewable energy + storage + industrial IoT + digital supply chains + skilled human capital
India installed about 9,100 industrial robots in 2024, placing it sixth globally for annual installations. Its installed base nevertheless remains much smaller than China’s, showing both the growth already achieved and the distance between the two manufacturing systems.
Automation is one part of the transition. The broader objective is to build factories that are:
More productive + flexible + energy-efficient + resilient + digitally connected + globally competitive
New equipment and digital systems matter because they drive these outcomes across the production process.
Why This Matters for India
The development of industrial ecosystems has implications for supply-chain dependence, employment, smaller businesses and the regional distribution of manufacturing.
1. Strategic Autonomy
Capabilities in semiconductors, electronics, defence, energy equipment and advanced manufacturing are important to reducing dependence on vulnerable global supply chains. The depth of these capabilities matters as much as the volume of goods produced.
2. Higher-Value Employment
The next manufacturing wave can create demand for engineers, technicians, robotics specialists, designers, data scientists and advanced manufacturing professionals. As production systems become more complex, the range of skills they require also broadens.
3. MSME Transformation
Large anchor factories can bring thousands of Indian suppliers into modern production systems and global supply chains. These relationships give smaller businesses a route to participate in wider industrial expansion.
4. Export Competitiveness
The test of competitiveness is whether factories located in India can compete globally without permanent dependence on subsidies. Expanding production creates scale, but sustaining an international position requires that scale to translate into competitive performance.
5. Regional Transformation
States are competing to build specialised industrial ecosystems, potentially reshaping India’s manufacturing geography. The development of these clusters could influence where new factories, suppliers and manufacturing employment are concentrated.
The Strategic Risk
The central risk is that expansion measures become substitutes for assessing capability. India could confuse:
Investment with capability
Capacity with competitiveness
Production with value creation
Solar manufacturing already demonstrates how large capacity can coexist with low utilisation and dependence on external suppliers. It underlines the need to assess what is being developed across the value chain, alongside how much production capacity is being added.
The next industrial policy challenge therefore extends beyond how many factories India can build. It concerns how much technology, productivity, value addition and global competitiveness those factories can generate.
The Jefferies report should be read as an assessment of a transition still taking shape. India has built considerable manufacturing scale; the challenge for the next decade is to turn that scale into deeper manufacturing capability.
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Source note:
This article is based on Jefferies’ India’s New Industrial Revolution, published on September 8, 2026, which examines India’s emerging industrial transformation across semiconductors, space, aerospace, electronics, solar manufacturing and data centres. Additional context and data were drawn from the India Semiconductor Mission, Government of India, and other industry sources cited in the article.
Editorial Disclosure:
AI-assisted tools were used to source reports and to support language and copy-editing.