India is Start to Bring Together Several Pieces That Had Been Appearing Separately for Years: patient capital, public support, industrial capacity, and genuine demand in strategic tech sectors. The shift is especially visible in semiconductors and space technology, where the country has moved from announcing plans to approving factories, launching dedicated funds, and demonstrating private capabilities, such as Skyroot Aerospace’s first orbital launch in July 2026. The present question is whether this activity will translate into intellectual property, exports, and companies capable of competing beyond the domestic market.
The key elements of India’s new deep tech cycle in 20 seconds
- India has approved 12 semiconductor manufacturing projects with planned investments exceeding 1.64 trillion rupees.
- The Semicon 2.0 program broadens its focus towards manufacturing, encapsulation, materials, equipment, and design.
- The country now has approximately 440 registered space startups.
- Skyroot completed India’s first private orbital launch in July.
- The government supports this movement with funding for space and a general R&D program of 1 trillion rupees.
Talking about a “tech boom” can be tempting but also misleading. Announcing a factory doesn’t equal stable production, funded startups aren’t necessarily profitable companies, and a single rocket launch doesn’t automatically create a competitive space industry.
What is truly different in India is the increasing infrastructure surrounding these initiatives.
In July, the government approved Semicon 2.0, the second phase of its national semiconductor strategy. By then, India already had 12 approved manufacturing projects with a cumulative investment of over 1.64 lakh crore rupees, which, in European numerals, equate to about 1.64 trillion rupees.
These projects include silicon factories, silicon carbide plants, integrated gallium nitride and microLED facilities, and nine encapsulation projects. The goal isn’t just to manufacture advanced processors but to cover more parts of the supply chain serving automotive, industrial electronics, telecommunications, power electronics, and other sectors.
India is building a chip supply chain, not just a factory
For years, India has played an important role in semiconductor design.
Multinational companies like Intel, Qualcomm, AMD, Nvidia, and Texas Instruments have long maintained engineering centers in the country, creating a base of specialists in design, software, and validation.
The more challenging leap has always been manufacturing.
Building wafer fabrication plants requires billions of dollars, large volumes of water and electricity, specialized suppliers, extremely sophisticated equipment, and years to reach economic viability.
That’s why the current strategy aims to cover more stages.
In addition to wafer fabrication, India is increasing capacity in ATMP/OSAT — assembly, encapsulation, and testing phases that turn wafers into usable components.
The second phase of Semicon also aims to strengthen materials, equipment, and other supply chain components. The government maintains the Design Linked Incentive program to encourage domestic design firms and intellectual property (IP) development.
This distinction is crucial.
A country can manufacture chips designed elsewhere and only capture part of the value. The most critical test will be how many products made in India incorporate also IP designed and owned by Indian companies.
That process will take time.
Recent history shows that semiconductor manufacturing involves long timelines, high costs, and delays. The 12 approved projects are planned capacities, not twelve plants already operating at full capacity.
In April 2026, the government indicated that only two of the ten projects approved by then had begun commercial production.
Private space sector has already passed a test once seen as distant
Another sector illustrating change is space.
India has had a formidable public space presence centered around ISRO for decades. What’s new is the emergence of a private layer with companies involved in satellites, propulsion, Earth observation, components, and launch services.
India’s 2023 Space Policy formally opened much more of the space supply chain to private entities, while IN-SPACe took on responsibilities for authorization and promotion.
Numbers are starting to grow rapidly.
A parliamentary response published on August 12, 2026, states there are about 440 registered space tech startups in India. IN-SPACe had also granted 113 licenses to 52 private entities for various space activities.
Perhaps more significant than the number of startups is a specific achievement: on July 18, 2026, Skyroot Aerospace successfully launched Vikram-1, India’s first private orbital rocket.
The vehicle launched from Satish Dhawan Space Centre and placed payloads into a low Earth orbit of around 450 km. ISRO confirmed that Skyroot had become the first private company to reach orbit from Indian territory on its first attempt.
Until then, India had seen private suborbital launches and engine tests.
Reaching orbit is another barrier.
It involves integrating propulsion, structures, avionics, navigation, telemetry, and operations with enough precision to deliver payloads into specific orbital trajectories.
This does not automatically make Skyroot a competitor of SpaceX, Rocket Lab, or large state-owned providers.
But it proves that India’s private ecosystem has moved from manufacturing subsystems and prototypes to executing a full orbital mission.
Over $600 million of private capital has already flowed into space sector
Investment is also starting to accelerate.
In July, India reported private sector funding in space had reached $618.5 million as of March 31, 2026, up from $100.5 million in 2021-2022.
In just 2026, an additional $187 million in private investment was recorded.
These figures are still not comparable to the capital available to U.S. space startups.
However, the trend is significant because India has also begun creating specific instruments to support stages where traditional capital is usually more cautious.
The Antariksh Venture Capital Fund, promoted under IN-SPACe, has been operationalized with an amount of about 1,005 crore rupees and plans to begin investments in the fiscal year 2027.
Alongside this is a Technology Adoption Fund of 500 crore rupees, aimed at helping bring space technologies from development and demonstration to commercialization.
While modest compared to the costs of building chip factories or full satellite constellations, these instruments cover a particularly tricky phase of deep tech: the period between having a working technology and building a company capable of selling it repeatedly.
Long-term capital may be the most crucial change
Semiconductors and space share a challenge: they require time.
A SaaS product can be modified and put into production in weeks.
A new chip architecture might take years from design, tape-out, fabrication, validation, to market.
A rocket engine may go through multiple cycles of design, testing, and certification before launch.
That demands investors willing to wait.
India is trying to fill part of this gap with its Research, Development and Innovation (RDI) program.
The Department of Science and Technology launched this initiative with a total budget of 1 lakh crore rupees (1 trillion rupees), approved in July 2025.
The program aims to mobilize private investment into high-impact research, explicitly mentioning deep tech areas like space, robotics, and quantum computing. It includes mechanisms for long-term financing at reduced or zero interest rates for select projects.
This approach is likely more impactful than a one-off subsidy.
One of deep tech’s main issues is that development timelines don’t align well with many traditional funding horizons.
If a company needs eight years to reach significant industrial scale, the type of capital available directly influences what can be attempted.
Domestic demand might be the third crucial piece
Technological supply alone isn’t enough.
India has a significant advantage that could prove decisive: it’s developing large domestic markets for that technology.
Automotive.
Electronics.
Telecommunications.
AI infrastructure.
Defense.
Satellites.
Industry.
Energy.
This creates potential buyers even before full export markets are established.
In semiconductors, the government’s strategy explicitly mentions sectors like consumer electronics, automotive, industry, telecommunications, aerospace, and power electronics as targets for new capabilities.
In space, a similar pattern emerges.
Private companies see demand in Earth observation, communications, defense, infrastructure management, agriculture, and launch services.
IN-SPACe estimates India’s space economy could grow from around $8.4 billion to $44 billion by 2033, holding nearly 8% of the global market. This is an official target, not a guaranteed forecast.
Whether this materializes depends largely on how much business can be exported outside India.
Manufacturing in India isn’t the same as controlling technology
Perhaps the most critical test for the next five years.
India can attract factories, encapsulate chips, build satellites, and increase startups without having fully transitioned to a deeply competitive ecosystem.
Several indicators go beyond announced investments.
How much IP is generated?
How many relevant patents end up owned by Indian companies?
How much of the manufacturing value is qualified within international supply chains?
What percentage of revenue comes from exports?
How many companies reach profitability?
And ultimately, whether the funds being invested yield enough returns to sustain future rounds.
These metrics are less immediate but will determine if the current momentum is just industrial spending or the foundation of a new technological industry.
India isn’t competing alone
The international landscape adds pressure.
The U.S. is subsidizing factories and strategic technologies.
Europe is developing its own semiconductor policies.
Japan is backing investments by TSMC and Rapidus.
South Korea has huge plans around Samsung and SK Hynix.
China has been investing public and private capital for years to boost its technological sovereignty.
In space, similar trends are evident.
The U.S. boasts SpaceX, Rocket Lab, and a robust private industry; Europe is rebuilding its commercial launch capacity; China is expanding its own private companies.
India is entering a race already underway.
Its relative advantage may lie in combining a large engineering base, lower costs than Western countries, domestic demand, and decades of public experience through institutions like ISRO.
Its disadvantage is that many critical supply chains still depend on foreign providers.
In semiconductors, this includes manufacturing equipment, materials, and advanced process technologies.
In space, certain components, electronics, and supply chains remain international.
Total self-sufficiency is probably an unrealistic goal.
Building a sufficiently strong position to avoid dependency on a single external source is more feasible.
2026 begins to look less like a collection of announcements
Current figures still don’t confirm that India has entered a new industrial cycle.
But they do show a more coherent structure emerging:
- 12 semiconductor manufacturing projects.
- Planned investments exceeding 1.64 trillion rupees.
- Semicon 2.0 program.
- Around 440 space startups.
- Over $600 million of private sector funding in space.
- A dedicated sectoral fund.
- A comprehensive R&D program of 1 trillion rupees.
- And perhaps most symbolically, a private rocket that has already reached orbit.
The questions are shifting.
No longer is it whether India wants participation in semiconductors and space—it’s quite clear that it does.
The real question is how many of these investments will become products that international clients want to buy without subsidies or local content mandates.
That moment will mark the true beginning of a genuine deep tech cycle.
Until then, India has achieved something less glamorous but arguably more crucial: moving from ambitions to building part of the infrastructure needed to realize them.
Frequently Asked Questions
How many semiconductor projects has India approved?
As of July 2026, the Indian government had approved 12 manufacturing projects under the India Semiconductor Mission, with a planned total investment exceeding 1.64 trillion rupees.
How many space startups are in India?
According to official data from Startup India cited by the government on August 12, 2026, there are about 440 registered space technology startups.
Does India already have a private orbital rocket?
Yes. Skyroot Aerospace successfully launched Vikram-1 on July 18, 2026, becoming India’s first private company to reach orbit from within the country.
What is the Indian RDI Fund?
It is a Research, Development, and Innovation program with 1 trillion rupees aimed at attracting more private investment into high-impact technologies including space, robotics, and quantum computing through long-term funding mechanisms, often at reduced or zero interest rates.
