Why Catch-up Is Not Enough

Today, basic research can rapidly translate into technology, making early scientific leadership increasingly important.

Dependence on foreign technologies creates recurring reliance on patents, licences and technology-transfer agreements, limiting technological autonomy.

Leadership in AI, quantum technology, biotechnology, semiconductors and space will increasingly shape economic competitiveness and strategic power.

Indigenous research is also necessary to solve India-specific challenges in clean energy, climate resilience, agriculture, healthcare and urbanisation.

What Holds India Back

Low research intensity: R&D expenditure remains below 1% of GDP, constraining long-term, high-risk research and limiting India’s ability to lead in frontier technologies.

Concentrated research capacity: Advanced laboratories are clustered in a few premier institutions, creating an uneven geography of innovation and restricting opportunities for universities outside major centres.

Fragmented research infrastructure: Limited shared access to public laboratories prevents universities, startups and industry from fully using expensive national research assets.

Process over outcomes: Complex procurement rules and slow regulatory approvals increase the time and transaction cost of research, reducing scientific agility in fast-moving fields.

Weak knowledge-to-market pipeline: Poor university–industry linkages mean many research outputs remain academic publications rather than becoming scalable products, patents or technologies.

Uncertain research careers: Short-term funding, contractual positions and limited career mobility weaken the incentive for young talent to remain in research.

Systemic implication: These weaknesses create a cycle of low investment, weak experimentation , limited commercialisation and continued technological dependence, preventing India from shifting from technological catch-up to innovation leadership.

Building Research Leadership

The Anusandhan National Research Foundation (ANRF) aims to strengthen India’s wider research ecosystem, including universities and public research institutions.

The ₹1 lakh crore Research, Development and Innovation (RDI) Scheme seeks to increase private-sector participation in strategic and sunrise technologies.

Missions in quantum technology, artificial intelligence and semiconductors indicate a shift towards frontier-technology capability.

India needs a steady increase in public and private R&D investment, especially for high-risk basic research.

Wider and shared access to advanced laboratories can reduce the concentration of research infrastructure.

Researchers need greater financial and administrative flexibility, with accountability focused more on outcomes than procedural compliance.

Stronger university–industry collaboration is essential to convert research into scalable products, processes and technologies.

Scientific regulation should become predictable and time-bound, while education must move towards experimentation, inquiry and problem-solving.

FAQs

Q1. Why is technological catch-up insufficient for India?
It can create continued dependence on foreign technologies, patents and external supply chains.

Q2. What is a major weakness of India’s research ecosystem?
Low R&D investment and uneven research infrastructure remain major constraints.

Q3. What is ANRF?
It is a national framework aimed at strengthening research and innovation across Indian institutions.

Q4. What is the RDI Scheme?
It is a ₹1 lakh crore initiative designed to expand private-sector research in strategic and emerging technologies.

Q5. What is essential for India to become a global research leader?
Higher investment, stronger research institutions, industry collaboration and a more flexible, outcome-oriented research ecosystem.