India’s Innovation Paradox: Ambition vs Execution

(UPSC Blog – Science & Technology / Innovation Ecosystem)

Why in News?

India has recently taken several major steps to strengthen Research, Development and Innovation (RDI):

• ₹1,00,000 crore Research, Development and Innovation Fund

• ₹20,000 crore corpus for deep-tech startups

• Increased funding for Atal Tinkering Labs

• Reforms in patent policy and nuclear technology innovation

India has also improved its ranking in the Global Innovation Index (GII).

However, despite these initiatives, India still struggles with low R&D spending, weak industry participation, and limited global technological influence.

Thus, India faces a paradox: strong ambition but weak outcomes in innovation.

---

India’s Recent Push for Innovation

1. Major Government Initiatives

The Government of India has recently introduced several policies to strengthen the innovation ecosystem.

Key initiatives include:

• ₹1 lakh crore RDI Fund to support research and deep-technology development

• ₹20,000 crore corpus for deep-tech startups

• Expansion of Atal Tinkering Labs to encourage innovation among students

• Removal of barriers for deep-tech startups to access government schemes

• The SHANTI Act 2025, allowing patents related to peaceful uses of nuclear energy

These steps aim to build a “Viksit Bharat powered by Yuva Shakti.”

However, policy support alone cannot create innovation without industry participation and strong research ecosystems.

---

India’s Improving Innovation Indicators

India’s innovation performance has shown some improvement.

Global Innovation Index

• India ranked 38th in GII 2025

• India was ranked 81st in 2015

This indicates a steady improvement in innovation capacity.

Patent Filings

Patent applications in India increased significantly:

• 2020–21: ~59,000 applications

• 2024–25: ~1,10,000 applications

Also, domestic patent filings now account for about 62%, showing rising participation by Indian innovators.

However, these numbers remain small compared to global innovation leaders.

---

The Structural Weaknesses in India’s Innovation System

Despite positive developments, several structural issues continue to limit India’s innovation capacity.

---

1. Low R&D Spending

India’s R&D expenditure is only 0.65% of GDP, which is much lower than major economies.

Comparison

Country	R&D Spending (% of GDP)
South Korea	~4.8%
Japan	~3.3%
USA	~3%
China	~2.4%
India	0.65%

This indicates that India underinvests in research and technology development.

---

2. Weak Private Sector Participation

In most innovative economies:

• Industry accounts for the majority of R&D spending

For example:

• USA – Private sector leads innovation

• South Korea – Corporations like Samsung dominate R&D

• Japan – Industry-driven technology ecosystem

In India, however:

• The government funds most R&D

• The private sector invests relatively little in long-term research

This limits breakthrough technological innovation.

---

3. Limited Global Patent Presence

Patent scale reflects technological leadership.

Patent Applications (Approx.)

Country	Patent Applications
China	1.8 million
USA	600,000
Japan	300,000+
India	~1,10,000

India’s global technological influence remains relatively small.

---

4. Weak Global Technology Impact

A better indicator of global innovation is Patent Cooperation Treaty (PCT) filings, which show inventions meant for global markets.

PCT Applications (2024)

Country	Applications
China	70,000+
USA	54,000+
Japan	48,000+
India	4,547

Even Switzerland, a much smaller country, filed more PCT applications than India.

This highlights India’s limited global innovation footprint.

---

5. Human Capital Challenges

Innovation requires highly skilled researchers and knowledge workers.

However, India faces gaps:

• Rank 95 in employment in knowledge-intensive sectors

• Rank 80 in number of researchers

• Rank 101 in women with advanced degrees in employment

These indicators show that India’s talent base is underutilized.

Government initiatives such as:

• WISE-KIRAN

• WIDUSHI

aim to increase women’s participation in science and technology.

---

The Missing Link: From Research to Market

One of India’s biggest innovation challenges is commercialisation of research.

India produces significant academic research, but few technologies reach the market.

This is due to:

• Weak technology transfer mechanisms

• Limited venture capital for deep tech

• Poor industry-academia collaboration

• Risk-averse private sector

In contrast, innovation leaders like:

• USA

• Israel

• South Korea

have strong bridges between universities, industry, and investors.

---

India’s Economic Structure and Innovation

India skipped a major phase of labour-intensive industrialisation, unlike East Asian economies such as:

• South Korea

• Taiwan

• China

Instead, India’s growth has relied heavily on:

• services sector

• agriculture

Many Indian startups also rely on labour-based business models, such as delivery platforms, rather than deep technology innovation.

This limits the emergence of globally competitive technologies from India.

---

Emerging Opportunities

Despite challenges, some sectors show promise.

1. Space Technology

India’s private space startups are growing rapidly after reforms in the space sector.

2. Deep Technology

Areas such as:

• Artificial Intelligence

• Quantum computing

• Biotechnology

• Semiconductor design

• 6G communications

could become future innovation drivers.

3. Startup Ecosystem

India already has one of the largest startup ecosystems in the world, which can support future technology innovation.

---

The Way Forward

To strengthen India’s innovation ecosystem, several steps are necessary:

1. Increase R&D Spending

India should aim for at least 2% of GDP in R&D expenditure.

2. Encourage Private Sector Investment

Policy incentives must push companies to invest in long-term research.

3. Strengthen Industry-Academia Collaboration

Universities should work closely with industry to commercialise research.

4. Promote Deep-Tech Entrepreneurship

Startups should be encouraged to develop core technologies rather than service platforms.

5. Improve Talent Ecosystem

India must:

• increase the number of researchers

• promote women in STEM

• strengthen scientific education

---

Conclusion

India stands at a critical moment in its innovation journey.

Government initiatives and policy reforms have created momentum and opportunity, but true innovation leadership requires deeper structural change.

The next phase of India’s innovation story will depend on whether industry rises to the challenge and invests in long-term R&D.

Only through strong industry participation, research commercialisation, and talent development can India transform its ambition into global technological leadership.

---

✔ UPSC Value Addition

GS Papers:

• GS-3: Science & Technology, Economic Development

• GS-2: Government policies & initiatives

Essay Themes:

• Innovation and development

• Technology and national power

• Role of private sector in development

Possible UPSC Mains Question

“India’s innovation ecosystem suffers from structural weaknesses despite strong policy intent.” Discuss.