Imagine an Indian company developing a chip for artificial intelligence, a startup building indigenous quantum technology, or a research team creating advanced robotics for Indian industries.

These are not simply technology projects.

They can determine how much India depends on foreign technologies; how resilient its supply chains are and how competitive its industries become.

This is where Atmanirbhar in Deep Tech becomes important.

For India, self-reliance is no longer only about manufacturing more products at home. It increasingly means developing the knowledge, intellectual property, engineering capabilities and research ecosystem needed to build critical technologies within the country.

India’s policy direction is moving strongly in this direction. The Government’s Research, Development and Innovation (RDI) Scheme has a proposed corpus of ₹1 lakh crore over six years, aimed at increasing private-sector participation in high-risk, high-impact research and development.

What Does Atmanirbhar in Deep Tech Mean?

Atmanirbhar Bharat in deep technology means developing domestic capabilities in technologies that have long-term economic, industrial or strategic importance.

Unlike conventional startups, deep tech startups in India are generally built around scientific research, engineering breakthroughs or complex technological innovation.

These can include:

• Artificial intelligence
• Quantum computing
• Robotics
• Semiconductors
• Biotechnology
• Advanced materials
• Space technology
• Medical devices
• Clean and energy technologies

The RDI Scheme specifically identifies deep technologies such as quantum computing, robotics and space technologies, along with AI, biotechnology, digital technologies and energy transition as priority areas.

Why Deep Tech Matters for India’s Strategic Autonomy

Strategic autonomy means having the ability to make important economic and national decisions without excessive dependence on external technology or supply chains.

Consider semiconductors.

Almost every modern industry depends on chips, from smartphones and automobiles to defence systems, telecommunications and artificial intelligence. The Government describes semiconductors as the foundation of modern electronics and emerging technologies.

If critical technologies are controlled by a limited number of countries or companies, disruptions can affect India’s economy.

That is why technology self-reliance is becoming an important part of India’s economic strategy.

Deep tech can help India:

1. Reduce dependence on imported critical technologies.
2. Build stronger domestic supply chains.
3. Create high-value jobs.
4. Increase intellectual property ownership.
5. Improve industrial competitiveness.
6. Strengthen national security.
7. Develop products for global markets.

In other words, deep tech innovation can turn scientific capability into economic strength.

India’s Deep Tech Ecosystem Is Expanding

India already has a strong base of engineers, researchers, startups and technology companies. The next challenge is converting this talent into globally competitive intellectual property, products and businesses.

According to the Government, India’s Gross Expenditure on Research and Development (GERD) was 0.64% of GDP, while India’s Global Innovation Index ranking improved from 81st in 2015 to 38th in 2025.

The numbers also show why the next stage of India’s innovation journey needs greater investment.

Research cannot remain inside laboratories. It needs to move from research to prototype, prototype to product and product to large-scale commercialisation.

This is where deep tech startups in India can play a major role.

The ₹1 Lakh Crore RDI Fund Can Change the Deep Tech Landscape

One of the most significant developments for the India deep tech ecosystem is the Research, Development and Innovation Scheme.

The scheme has a ₹1 lakh crore corpus over six years and is designed to encourage private-sector investment in high-risk and high-impact R&D. It can provide long-term, low-interest financing, while equity financing may also be considered for startups.

Importantly, the scheme also targets technologies that are strategically important for economic security and Atmanirbharta.

This matters because deep tech often requires years of experimentation and significant capital before a commercial product emerges.

Traditional startup funding may not always suit such businesses.

Long-term R&D financing can therefore help bridge the gap between scientific discovery and market-ready technology.

Semiconductors: A Foundation of Technology Self-Reliance

The semiconductor sector provides one of the clearest examples of Atmanirbhar Bharat and deep tech working together.

India launched the Semicon India Programme in 2021 with an outlay of ₹76,000 crore. In Budget 2026–27, the Government announced India Semiconductor Mission 2.0, with an initial allocation of ₹1,000 crore for FY 2026–27.

ISM 2.0 focuses on semiconductor equipment and materials, full-stack Indian semiconductor intellectual property, supply-chain resilience, research and workforce development.

The progress is already visible. As of June 2026, 12 semiconductor projects worth around ₹1.64 lakh crore had been approved, including one semiconductor fab, two compound semiconductor fabs and nine packaging units.

India has also developed significant semiconductor design capabilities. Government data states that India hosts about 7% of the world’s semiconductor-domain GCCs and employs nearly 20% of the global semiconductor chip-design workforce.

This demonstrates how indigenous technology India can become a foundation for both domestic resilience and global competitiveness.

From Government Support to Economic Growth

The real test of deep technology India will not simply be the amount of funding announced.

The bigger question is: What economic value will this technology create?

Successful deep tech can create an entire chain of economic activity:

Research → Intellectual Property → Startup → Prototype → Manufacturing → Skilled Jobs → Global Exports

This model can increase domestic value addition and create companies that compete globally.

It can also strengthen India’s position in strategic sectors such as AI, semiconductors, biotechnology, quantum computing, robotics and space technology.

The Government’s recent R&D evaluation indicates the potential. Across 233 publicly funded R&D laboratories and institutes, 1,622 patents were filed and 1,356 patents were granted during 2021–22 and 2022–23. The institutions also reported 1,839 technology transfers, 1,014 new products and 1,746 new services during the two-year period.

The opportunity now is to scale these outcomes commercially.

What India Needs to Build Next

For strategic autonomy in India to become a long-term economic reality, the country needs more than government schemes.

India needs stronger links between universities, research institutions, startups, investors and industry.

It also needs:

• Patient capital for deep tech ventures
• Stronger industry-academia collaboration
• Better technology transfer
• Advanced research infrastructure
• Skilled semiconductor and engineering talent
• Faster commercialisation of research
• Greater protection and development of Indian IP
• More demand for indigenous technologies

Most importantly, India needs to encourage young researchers and entrepreneurs to solve Indian problems with globally competitive technology.

The Road Ahead for Atmanirbhar in Deep Tech

The next decade could determine whether India remains primarily a technology consumer or becomes a technology creator.

Atmanirbhar in Deep Tech is therefore much bigger than a self-reliance programme. It is about building an economic foundation based on science, innovation, intellectual property and advanced manufacturing.

From semiconductor self-reliance India to quantum computing, AI, robotics, biotechnology and space technology, the opportunity is to convert India’s talent into strategic capabilities and globally competitive businesses.

The goal should not be isolation from the global economy.

It should be the ability to participate in the global economy from a position of technological strength.

Conclusion

Atmanirbhar Bharat will become stronger when India’s deep tech ecosystem can create technologies, companies, intellectual property and high-value employment at scale. The combination of the RDI Fund, India Semiconductor Mission 2.0, deep tech startups, research institutions and private-sector innovation can support this transition.

For students and professionals looking to understand how technology, business and India’s future economy are coming together, Guide Me offers valuable guidance across education, management and career opportunities. As India’s demand for skills in deep tech innovation, AI, semiconductors, strategic technologies and digital business grows, understanding these emerging sectors can help learners make better career and education decisions.

India’s journey towards strategic autonomy will ultimately depend not only on what the country manufactures, but also on what it discovers, designs, develops and owns.