Preparing India For a True Innovation-led Economy

Syllabus: GS3/Science & Technology; Economy

Context

• India continues to lag on the core drivers of innovation i.e. low R&D intensity, weak private-sector participation, limited global technological impact, and poor research-to-market translation.
• It requires deeper systemic change, particularly greater industry-led investment and stronger links between research, entrepreneurship, and capital.

About Innovation-Led Economy

• An innovation-led economy is one where economic growth is primarily driven by knowledge, research, technology, and entrepreneurship, rather than by traditional factors such as labour and natural resources. 
• In such economies, R&D investment, technological innovation, and high-skill human capital become the key drivers of productivity and competitiveness.
• Innovation-led growth is important for India because it helps:
  • Increase productivity and global competitiveness;
  • Move from low-cost labour advantage to technology advantage;
  • Promote high-value manufacturing and deep-tech industries;
  • Generate high-skilled employment;
  • Achieve the vision of Viksit Bharat by 2047;

Key Drivers of an Innovation Economy in India

• Research and Development (R&D): Investment in research institutions, laboratories, and industrial R&D.
• Human Capital: Availability of scientists, engineers, and skilled professionals.
• Startup and Entrepreneurship Ecosystem: Growth of technology startups, venture capital, and incubation centres.
• Industry–Academia Collaboration: Partnerships between universities, research institutions, and private firms.
• Intellectual Property Protection: Effective patent systems and commercialization mechanisms.

Structural Weaknesses in India’s Innovation Ecosystem

• Low R&D Expenditure: India spends only 0.65% of GDP on R&D, far below innovation leaders such as South Korea (~4–5%); Japan (~3%); United States (~3%); and China (~2.4%).
  • Innovation-driven economies rely heavily on private-sector R&D investment, whereas in India the government continues to fund the majority of research.
  • It reflects a limited appetite among Indian firms for long-term, high-risk technological innovation.
• Limited Global Patent Presence: Although patent filings are increasing, India’s global innovation footprint remains modest.
  • Domestic Patent Applications (approx.): China (~1.8 million); United States (~600,000); India (~1,10,000)
  • International Patent Cooperation Treaty (PCT) Applications (2024): China (>70,000); United States (>54,000); Japan (>48,000); India (4,547);
    • Even Switzerland, a small country, filed more than 5,300 applications.
    • It indicates that scale and commercialization capacity remain major challenges.
• Human Capital Constraints: According to the Global Innovation Index 2025:
  • Rank 95 in employment in knowledge-intensive sectors;
  • Rank 80 in number of full-time equivalent researchers;
• Gender Gap in Innovation: India ranks 101 out of 119 economies in employment of women with advanced degrees.
  • Government initiatives addressing gender gap include the WIDUSHI programme and WISE-KIRAN scheme, but the impact of these initiatives remains limited so far.
• Missing Research To Market: The biggest weakness in India’s innovation chain is the commercialisation of research. Although universities and public institutions produce growing scientific output, technology transfer mechanisms remain weak.
  • Key challenges include:
    • Limited university–industry collaboration;
    • Underdeveloped venture capital ecosystems for deep tech;
    • Weak technology licensing and commercialization structures;
    • High risk and long gestation of R&D projects;
  • Countries leading in innovation such as the United States, South Korea, and Israel have strong academia – industry – finance linkages, which India still lacks.
• Missing Industrialisation Phase: Unlike major East Asian economies like South Korea or Taiwan, India did not experience large-scale labour-intensive manufacturing-led industrialisation. As a result:
  • The economy relies heavily on services and agriculture.
  • Many ‘new-age unicorns’ are platform-based businesses relying on labour abundance rather than deep technological innovation.

India’s Push For Innovation Led Economy

• Increased Public Funding for Innovation: India has significantly increased funding for research and innovation:
  • ₹1,00,000 crore Research, Development and Innovation (RDI) Fund announced earlier.
  • ₹20,000 crore corpus for deep-tech startups announced in the Union Budget.
  • Expansion of tax incentives and digital infrastructure investments.
  • Atal Tinkering Labs funding increased from ₹500 crore to ₹3,200 crore, reflecting a focus on grassroots innovation and youth participation.
    • These initiatives align with the broader vision of ‘Viksit Bharat powered by Yuva Shakti’.
• Regulatory Reforms for Innovation: Several reforms aim to encourage research commercialization and private participation:
  • Removal of the three-year eligibility requirement for deep-tech startups under the Industrial R&D Promotion Programme.
  • Passage of the SHANTI Act, 2025, allowing patents for peaceful uses of nuclear energy and radiation.
  • Relaxation of restrictions on patenting nuclear-related technologies.
    • These measures aim to unlock private-sector participation in strategic technologies.

Improving Indicators in India

• Global Innovation Ranking: India ranks 38th among 139 economies in the Global Innovation Index (GII) 2025, a steady improvement over the past decade.
• Patent Filing Growth: Patent filings increased from about 59,000 in 2020–21 to more than 1,10,000 in 2024–25.
  • Domestic filings now constitute around 62% of total applications.

Emerging Opportunities For India

• Space Sector Startups: India’s commercial space ecosystem is expanding rapidly with private players entering satellite launch and space technology.
• Deep-Tech Innovation: The RDI Fund could significantly accelerate Artificial intelligence; quantum computing; semiconductors; advanced materials; and biotechnology.
• Future Technology Standards: The upcoming 6G global standard will test India’s innovation capacity.
  • The number of Indian-origin Standard Essential Patents (SEPs) will indicate whether India has become a technology creator rather than a technology consumer.

Way Forward

• Increase Private-Sector R&D: Industry must take greater responsibility for innovation investment.
• Strengthen Industry–Academia Collaboration: Create technology transfer offices and university spin-offs.
• Expand Risk Capital for Deep Tech: Encourage long-term venture capital funding.
• Build Human Capital: Increase researchers, improve STEM education, and promote gender inclusion.
• Improve Patent Quality and Global Reach: Focus on commercially viable technologies and international patenting.

Conclusion

• India’s innovation story is at a critical turning point. Government initiatives have laid the groundwork through funding, regulatory reforms, and institutional support. However, true transformation will depend on whether the industry steps up to invest in deep, long-term R&D.
• India’s challenge is no longer policy ambition but execution and ecosystem maturity. Bridging the gap between research, industry, and markets will determine whether India emerges as a global technology leader or remains primarily a technology consumer.

Source: TH