India’s shift from consuming technology to manufacturing more of it is entering a new phase, according to a recent Jefferies report cited by NDTV Business. The report identifies semiconductors, space systems, data centres, electronics, solar equipment and aerospace components as six sectors where investment, government incentives and private participation are expanding the country’s industrial capacity.
The development matters beyond the individual industries. Taken together, the sectors point to a broader change in the physical and economic structure of Indian cities and industrial regions. Semiconductor plants require specialised manufacturing ecosystems. Data centres require reliable power, cooling and network connectivity. Space and aerospace companies depend on engineering clusters, testing facilities and advanced suppliers. Solar manufacturing needs large factories and integrated supply chains. The expansion therefore represents not only a technology story, but also an infrastructure and urban-development story.
Jefferies describes the trend as a “new industrial revolution”, driven by manufacturing, technology and infrastructure. Its assessment, as reported by NDTV Business, is that India’s large consumer market, rising private investment and government incentives are creating the conditions for a larger domestic industrial base. The report’s central distinction is between an economy that mainly imports or assembles technology and one that increasingly develops components, systems and production capabilities within the country.
That distinction is clearest in electronics. India has historically been associated with assembling finished products, particularly mobile phones, using components manufactured elsewhere. The report says domestic value addition in mobile components remains below 20 per cent, but could rise to about 50 per cent within six years. If that transition occurs, a larger share of the economic value generated by electronics would be captured by Indian component manufacturers, suppliers, engineers and logistics networks rather than by assembly operations alone.
The change would also alter the requirements placed on industrial locations. Component manufacturing typically requires more specialised suppliers, quality-control systems, technical workers and dependable utilities than final assembly. As domestic value addition rises, the industrial ecosystem around electronics would need to expand alongside factory capacity. The supplied report does not identify specific locations or assess whether existing industrial infrastructure is sufficient, but its figures indicate that the next phase of manufacturing will depend on more than assembling imported parts.
Semiconductors represent the most visible test of that ambition. Jefferies says around $20 billion has already been committed to the sector, with a chip fabrication plant under construction and several packaging and testing projects having started production. The report also refers to a further $13 billion incentive plan intended to deepen the semiconductor ecosystem.
A fabrication plant is only one part of that ecosystem. Packaging and testing facilities, equipment suppliers and supporting infrastructure are also necessary for semiconductor production to develop at scale. The report’s emphasis on these linked activities suggests that India’s policy objective extends beyond attracting a single high-profile facility. It is aimed at creating a wider chain of production, although the material supplied does not establish how quickly that chain will become commercially competitive or how many projects will reach full operational capacity.
The space sector shows a different route into advanced manufacturing. India has long operated a state-led space programme, but the Jefferies report highlights the growing role of private companies such as Skyroot, Pixxel and Agnikul. These firms are described as moving towards commercial launches rather than remaining limited to experimental or research activity. The report estimates that India’s space economy could expand fivefold to reach $40 billion to $45 billion by 2030.
That projected growth would require an ecosystem extending beyond launch vehicles. It would include satellite systems, components, testing, specialised engineering, data services and facilities capable of supporting private operators. The report does not provide a detailed breakdown of the projected space economy or specify how much of the growth would come from manufacturing, launches or services. What it does show is the emergence of space as a commercial industrial sector rather than an activity confined to government agencies.
Data centres provide an even clearer connection between technology growth and urban infrastructure. According to Jefferies, India’s data-centre capacity has grown fivefold in five years and now stands at about two gigawatts. The report expects capacity to reach 10 gigawatts within the next five years, creating an estimated $45 billion opportunity across power, cooling, construction and networking.
This projection places electricity and physical infrastructure at the centre of the digital economy. Data centres are buildings, but their operation depends on continuous power supply, cooling systems, network connectivity and construction capacity. Their expansion can therefore affect land demand, utility planning and the location of industrial and commercial development. The report does not provide a city-by-city assessment or discuss the environmental burden of additional electricity and cooling demand. It does, however, make clear that digital expansion will require substantial physical assets.
The solar industry adds another layer to the manufacturing transition. Jefferies describes India as the world’s second-largest solar photovoltaic manufacturer, with approximately 35 gigawatts of cell capacity already operational and another 100 gigawatts under construction. By 2030, it expects 90 per cent of the solar value chain to be built within India.
The significance of that target lies in the move from isolated production capacity towards a more complete domestic chain. A solar value chain can include cells, modules, equipment and other upstream and downstream activities. Building more of those stages domestically could reduce dependence on imported inputs and support an export-oriented industrial base. At the same time, the supplied material does not establish whether the projected capacity will be fully utilised, how demand will evolve or how manufacturers will manage the cost and supply-chain pressures associated with rapid expansion.
Aerospace illustrates how Indian manufacturing is already connected to global production networks. The report says Boeing and Airbus currently source between $1.4 billion and $1.6 billion worth of parts from India each year. It attributes this position to India’s cost advantage and engineering talent, while noting that Indian companies are supplying major original equipment manufacturers and Tier-1 companies worldwide.
Unlike the space sector, aerospace manufacturing is presented as an area where Indian firms already participate in established international supply chains. That role depends on meeting demanding standards for precision, reliability and delivery. The report frames global aerospace demand and supply-chain pressures as an opportunity for Indian suppliers, although it does not provide details on the number of firms involved, the types of parts produced or the distribution of this activity across Indian cities and industrial zones.
The common thread across all six sectors is the movement from a services-led and assembly-oriented model towards more complex industrial production. The transition is not uniform. Semiconductor manufacturing is still being built, data-centre capacity is expanding rapidly, solar production is scaling, aerospace already has an export base, and private space companies are moving towards commercial operations. Treating these sectors as one industrial revolution can therefore obscure important differences in maturity, infrastructure requirements and commercial risk.
Government incentives are central to the expansion described by Jefferies. The report links the growth to policies designed to attract new industries and specifically refers to the proposed $13 billion semiconductor incentive plan. Such support can help reduce the initial cost of establishing capital-intensive facilities and encourage private investment. But the supplied report does not detail the conditions attached to the incentives, the public expenditure involved, or the mechanisms for measuring whether supported projects deliver employment, domestic value addition or exports.
That information will matter as India moves from announcements and construction to operating capacity. A factory under construction is evidence of investment, but not yet evidence of sustained production. Similarly, announced capacity does not automatically translate into output, local supply chains or stable employment. The report provides a strong account of the scale of the opportunity and the direction of policy, but it offers less information on implementation, project completion and performance after commissioning.
The urban implications are significant even though the report is framed as an industrial and investment assessment. These sectors will require land, power, water, transport connections, telecommunications and skilled labour. Their facilities are likely to deepen the relationship between cities and surrounding industrial regions, while data centres will add pressure to electricity and cooling systems. Advanced manufacturing can also create demand for housing, logistics, education and public services near production clusters.
The evidence currently supports a clear conclusion: India is building the industrial foundations for a larger domestic technology economy. It does not yet establish that every projection will be met or that the benefits will be evenly distributed across regions and workers. The developments to monitor are the completion of semiconductor and solar projects, the expansion of domestic electronics components, the operating scale reached by private space companies, the growth of data-centre capacity and the ability of aerospace suppliers to move into higher-value production. Those milestones will determine whether the current investment cycle becomes a durable industrial transformation or remains a collection of ambitious sectoral expansions.
