Executive Summary
India’s Scientific Research & Development sector (NIC 72) represents a critical pillar of the country’s transition toward a knowledge-driven and innovation-led economy. As industries increasingly rely on advanced technologies, scientific capabilities, and digital transformation, the role of R&D continues to expand across both public and private sectors.
Between 2022 and 2024, the sector has demonstrated steady growth alongside improving profitability, supported by rising demand from pharmaceuticals, technology, and global outsourcing of research capabilities. India’s strong talent base and cost advantage further reinforce its position as a strategic destination for R&D activities within global value chains.
However, underlying dynamics point to a more nuanced operating landscape. The sector remains structurally dependent on government-led research, while private sector participation and commercialization of innovation are still evolving compared to global benchmarks. As a result, value creation is increasingly shifting from pure research output toward the ability to translate innovation into scalable business applications.
Overall, the industry is moving from a capacity-building phase toward a more efficiency- and commercialization-driven model, where long-term growth will depend on ecosystem maturity, industry-academia collaboration, and the scaling of private investment in R&D.
Industry Snapshot 2024
India’s NIC 72 sector includes enterprises engaged in research and experimental development across natural sciences, engineering, and social sciences, supporting industries such as pharmaceuticals, IT, biotechnology, and advanced manufacturing.
In 2024, the sector generated approximately USD 28.16B in Revenue, increasing significantly from USD 16.84B in 2022, representing a ~29% CAGR (2022–2024) — highlighting strong expansion in R&D demand and activity.
Over the same period, Cost of Goods Sold reached USD 6.01B in 2024 (vs. USD 4.57B in 2022), reflecting a ~15% CAGR, and indicating a relatively controlled cost structure compared to revenue growth (~21% of revenue in 2024).
Profitability indicators show clear improvement:
- Operating Profit: USD 3.61B (vs. USD 2.10B in 2022) → ~31% CAGR
- Net Profit: USD 2.34B (vs. USD 1.37B in 2022) → ~30% CAGR
This suggests margin expansion and increasing efficiency, particularly as higher-value research activities scale.
As of 2024, approximately 1,011 companies operate within this segment (vs. 936 in 2022), reflecting moderate industry expansion, although the slight decline vs. 2023 (1,042 companies) signals early-stage consolidation under rising competitive intensity.
Overall, while revenue growth remains strong, the sector demonstrates a favorable profitability trajectory, with earnings growing faster than costs — reinforcing its scalable, knowledge-driven operating model.
Industry Characteristics & Operating Landscape
Where do companies typically operate?
R&D activities in India are highly concentrated in innovation-driven urban clusters, where access to talent, infrastructure, and institutional support is critical.
Key hubs include:
- Bangalore, Hyderabad, Pune – technology, biotech, and engineering R&D
- National Capital Region (Delhi) – public research institutions and policy-driven initiatives
- Mumbai & Chennai – pharmaceutical and industrial research
The ecosystem combines government research institutes, universities, and private R&D centers, forming a multi-layered innovation network with strong regional clustering.
What drives demand in this sector?
Demand for R&D services in India is shaped by both domestic industrial transformation and global outsourcing trends.
A key driver is pharmaceutical and biotechnology innovation, where India plays a major role in global drug development and generics research. At the same time, technology and digital transformation continue to fuel demand for software, AI, and engineering R&D.
India is also increasingly positioned as a global R&D outsourcing destination, supported by its large, cost-competitive talent pool and strong technical capabilities. Multinational corporations continue to expand their R&D footprint in India to optimize costs and access skilled resources.
Emerging areas such as AI, deep tech, and advanced engineering are further shaping demand, signaling a gradual shift toward more complex and high-value research activities.
What defines the operational model?
Companies in this sector operate under a knowledge-intensive, capability-driven model, where value creation depends on intellectual capital rather than physical inputs.
Revenue is generated through:
- Contract research and outsourcing services
- Proprietary innovation and product development
- Licensing and technology commercialization
- Government-funded research programs
Cost structures are primarily driven by:
- Human capital (scientists, engineers, researchers)
- Infrastructure and laboratory investments
- Regulatory and compliance requirements
While COGS remains relatively low, the sector faces challenges related to long development cycles, uncertain commercialization outcomes, and dependency on external funding or contracts.
A defining structural characteristic is the dominance of public sector R&D spending, with private sector participation still evolving — creating both limitations and future growth opportunities.
Interpreting 2022-2024 Performance
Sector-wide financial trends between 2022 and 2024 indicate a strong expansion phase with improving efficiency.
Revenue growth has been robust, reflecting increasing demand for research capabilities across industries. At the same time, the relatively stable cost structure highlights the scalable nature of knowledge-based operations.
The steady improvement in profitability suggests that companies are moving toward higher-value activities and better cost control, particularly in areas linked to global demand and outsourcing.
The slight decline in the number of companies points to early consolidation, where scale, specialization, and capability differentiation are becoming key competitive advantages.
Overall, the sector is transitioning toward a more mature and efficiency-driven phase, moving beyond initial capacity expansion.
What This Means for Investors
For investors, Thailand’s telFor investors, India’s NIC 72 sector offers exposure to a structurally attractive, innovation-driven growth opportunity.
Key considerations include:
- Low R&D intensity vs. global benchmarks → significant upside potential
- Government-led ecosystem → policy dependency risk
- Limited private sector participation → opportunity for expansion
- Commercialization gap between research and market application
- Talent availability vs. retention challenges
Value creation is increasingly linked to:
- Scaling private sector R&D investment
- Strengthening industry-academia collaboration
- Expanding into high-value segments such as AI and biotechnology
- Leveraging global outsourcing demand
India’s R&D sector therefore represents a high-potential but evolving investment landscape, where long-term upside is driven by structural demand for innovation, while near-term performance depends on execution capability and ecosystem development.
About Datagent
Datagent is the trusted intelligence partner for company data and insights across Southeast Asia and beyond. We combine firmographics, financials, macro and micro economics into one integrated dataset — helping organizations uncover opportunities, assess markets, and make smarter, data-backed decisions across 11 dynamic economies.
Datagent provides a total of 61 firmographic data fields, comprising 22 non-financial, and 39 financial indicators with coverage spanning 2022–2024.
This report is for informational purposes only and does not constitute financial advice or an invitation to invest. Decisions should be based on independent research and professional consultation to avoid any unintended liabilities.