India’s ₹1 lakh crore Research, Development and Innovation Fund marks a significant milestone in the country’s journey towards technological self-reliance, innovation-led economic growth and the realisation of Viksit Bharat 2047. By committing substantial public capital to research-driven enterprises, deep-tech startups and strategic technologies, the Government of India has taken an important step towards addressing one of the most persistent challenges in the national innovation ecosystem: the difficulty of converting scientific knowledge and technological breakthroughs into commercially viable products at scale.
The announcement of the first cohort of 19 Second-Level Fund Managers, comprising 14 Alternative Investment Funds (AIFs) and five Focused Research Organisations (FROs), represents an important step in translating this ambitious policy vision into an operational financing framework. With ₹7,131 crore committed to these entities, the initiative creates a pathway for capital to reach technology developers through specialised investment and research institutions. The announcement was made on 12 October 2026, following approval by the Empowered Group of Secretaries on 8 October 2026.
This development deserves appreciation for its strategic ambition. Under the leadership of Prime Minister Narendra Modi, India is increasingly recognising that economic power in the twenty-first century will depend not merely on the ability to consume advanced technologies, but also on the capacity to design, develop, manufacture, own and export them.
The RDI Fund has the potential to strengthen precisely these capabilities.
A strategic shift in India’s innovation policy
For decades, India’s development journey has benefited from scientific institutions, engineering talent, a strong information technology sector and a growing entrepreneurial ecosystem. Indian professionals have made substantial contributions to global technology companies, while domestic startups have transformed sectors such as digital payments, e-commerce, financial services and logistics.
However, success in digital services and technology adoption does not automatically translate into leadership in deep technology.
Deep-tech innovation involves advanced scientific and engineering capabilities, including artificial intelligence, quantum technologies, semiconductors, biotechnology, robotics, advanced materials, space systems, clean energy and next-generation medical devices. Developing these technologies frequently requires years of research, specialised infrastructure, intellectual property creation, expensive testing and extensive product validation before commercial revenues become possible.
Consequently, deep-tech enterprises face a fundamentally different financing challenge from conventional startups. A software company may begin generating revenue relatively quickly, whereas a semiconductor technology developer, advanced battery manufacturer or biotechnology enterprise may need sustained investment before its product becomes commercially competitive.
The Government of India’s decision to establish a ₹1 lakh crore Research, Development and Innovation Scheme recognises this structural difference. Approved by the Union Cabinet on 1 July 2025 and launched by the Prime Minister on 3 November 2025, the scheme is designed to catalyse private-sector investment in research and development through long-term, affordable financing and appropriate risk-sharing mechanisms.
The importance of this intervention lies in its ability to connect scientific research with industrial development. Rather than treating innovation solely as a matter of academic research or startup creation, the scheme seeks to strengthen the entire pathway from technological development to commercial deployment.
This is a necessary evolution in India’s development strategy.
Understanding the first cohort of 19 fund managers
The announcement of 14 AIFs and five FROs is significant because it establishes an institutional mechanism for distributing capital to projects with substantial technological and economic potential.
Under the scheme’s two-tier structure, the Anusandhan National Research Foundation (ANRF) houses the Special Purpose Fund that manages the programme at the first level. Second-Level Fund Managers then help deploy the financing to eligible technology enterprises and research initiatives.
The two principal categories serve complementary purposes.
Alternative Investment Funds can help channel investment towards promising deep-tech enterprises and startups, bringing specialised investment expertise, portfolio assessment and commercial discipline to the funding process.
Focused Research Organisations can leverage existing research and innovation infrastructure, including research parks, technology innovation hubs and incubators, to accelerate the development and application of advanced technologies.
The distinction is important. India needs both capital to support high-potential enterprises and research institutions capable of solving complex technological problems.
The initial commitment of ₹7,131 crore to the 19 entities is therefore an important implementation milestone. It is not the same as ₹7,131 crore already disbursed to startups or research projects. The impact will depend on how effectively these intermediaries select, finance and support eligible projects.
The Technology Development Board and the Biotechnology Industry Research Assistance Council have also been working as Second-Level Fund Managers through the Focused Research Organisation framework on a nomination basis.
Their involvement offers an institutional foundation for supporting technology commercialisation and biotechnology innovation, respectively.
The broader objective is to establish a financing architecture that can identify promising indigenous technologies, support their development and help them achieve commercial viability.
Addressing the financing gap in deep-tech innovation
One of the most important problems the RDI Fund seeks to solve is the financing gap between early scientific development and commercial-scale deployment.
In India, researchers may develop promising technologies in universities, laboratories, startups and industrial research facilities. However, a successful laboratory demonstration is only the beginning of the innovation process.
The technology must subsequently undergo engineering development, testing, certification, pilot production, performance validation and commercial scaling. These stages require significant capital, while revenue streams may remain uncertain.
Traditional lenders can be reluctant to finance such projects because they may lack conventional collateral, established cash flows or a sufficiently long operating history. Private investors may also hesitate when technological uncertainty is high and the period required to realise returns is extended.
The RDI Fund is designed to address this challenge by making long-term, low-cost financing available to eligible projects, including through debt instruments and, in appropriate cases, equity-based support.
This can help promising enterprises cross the difficult transition from research to market.
It can also encourage companies to undertake research that they might otherwise postpone because of financial constraints.
The economic significance is substantial. When indigenous technologies move successfully from the laboratory to commercial deployment, India can create new products, strengthen domestic supply chains, generate skilled employment and develop intellectual property that can be commercialised in domestic and international markets.
The Fund can therefore serve as a catalyst for turning scientific capability into economic value.
Reducing strategic dependence on imported technologies
Technological self-reliance is not simply a question of manufacturing more products domestically. It also requires control over critical technologies, design capabilities, intellectual property and the capacity to innovate independently.
India has made progress in electronics manufacturing, digital infrastructure, space technology, pharmaceuticals and renewable energy. Yet advanced technologies continue to create strategic vulnerabilities when essential components, specialised equipment, critical materials or intellectual property depend heavily on external sources.
Semiconductors provide a clear example. Modern economies depend on chips for telecommunications, vehicles, industrial automation, defence systems, medical equipment and artificial intelligence infrastructure. Developing competitive semiconductor capabilities requires sustained investment in research, design, manufacturing processes, testing and specialised materials.
Similarly, dependence on imported battery technologies can affect electric mobility and energy storage, while dependence on advanced industrial equipment can constrain manufacturing competitiveness.
The RDI Fund can support domestic innovators working on these technological bottlenecks. Its priority areas include energy security and transition, climate action, quantum technologies, robotics, artificial intelligence, biotechnology, space and the digital economy, alongside other technologies relevant to strategic autonomy and economic security.
The objective should not be to eliminate international collaboration or imports indiscriminately. Global technology cooperation remains essential. Rather, India must ensure that it possesses sufficient domestic capabilities to negotiate partnerships from a position of strength, reduce critical vulnerabilities and develop alternatives where strategic dependence poses unacceptable risks.
A country that owns more of its technology is better positioned to protect its economic interests, respond to supply-chain disruptions and shape the rules governing emerging industries.
Strengthening India’s artificial intelligence and quantum capabilities
Artificial intelligence is rapidly becoming a general-purpose technology with applications across manufacturing, healthcare, education, agriculture, financial services, logistics and public administration.
However, sustainable leadership in AI requires more than adopting existing applications. It depends on research capabilities, computing infrastructure, specialised hardware, advanced algorithms, reliable datasets, cybersecurity and the ability to develop solutions suited to domestic requirements.
India has an opportunity to develop AI applications that address its distinctive economic and social challenges, including multilingual public services, precision agriculture, affordable healthcare, industrial productivity and the delivery of government services at population scale.
The RDI Fund can support enterprises developing such technologies, particularly when their research requires substantial investment before commercial returns emerge.
Quantum technologies offer another important opportunity. Quantum computing, quantum communications and quantum sensing could transform selected applications in materials science, secure communications, scientific research and advanced measurement. Their commercial adoption remains at different stages of maturity, making patient investment and rigorous technical assessment particularly important.
By supporting indigenous research and product development, India can build the talent, intellectual property and industrial partnerships required to participate in these emerging technological fields.
The ultimate objective should be to ensure that Indian enterprises are not merely users of future technologies, but contributors to their development and commercialisation.
Accelerating biotechnology, healthcare and agricultural innovation
The significance of the RDI Fund extends beyond conventional engineering and digital technologies.
Biotechnology and advanced healthcare research can produce solutions to unmet medical needs, improve diagnostics, support new therapeutic approaches and strengthen domestic medical-device manufacturing.
However, biomedical innovation frequently requires extensive laboratory research, preclinical development, clinical validation, regulatory compliance and manufacturing scale-up. These processes can be expensive, time-consuming and uncertain.
Affordable, long-term financing can help eligible enterprises advance promising technologies through these stages while maintaining appropriate scientific and regulatory standards.
Agriculture presents another major opportunity. Indian farmers face challenges involving weather variability, water availability, soil health, crop losses, input costs and market uncertainty. Advanced technologies such as AI-based decision support, satellite-enabled monitoring, robotics, biotechnology and precision agriculture can help address these problems.
The challenge is to translate technological progress into solutions that are reliable, affordable and accessible to farmers, including small and marginal cultivators.
Similarly, indigenous medical devices and connected healthcare systems can improve access to care in rural and underserved areas, provided that they meet rigorous safety, effectiveness and affordability requirements.
The RDI Fund can help connect research institutions, technology enterprises, healthcare providers and industrial partners to develop such solutions.
The potential benefit is not merely the creation of new businesses. It is the development of technologies that improve productivity, expand access to essential services and strengthen the resilience of India’s social and economic systems.
Building a globally competitive manufacturing ecosystem
Deep-tech innovation can also strengthen India’s manufacturing ambitions.
For many years, India’s competitive advantages have included engineering talent, a large domestic market, a growing startup ecosystem and established capabilities in selected industrial sectors. The next phase of industrial development must build on these strengths by increasing domestic capabilities in advanced machinery, industrial automation, robotics, electronic components, advanced materials and high-value manufacturing processes.
The RDI Fund can support enterprises that develop these technologies and bring them into industrial use.
For example, an Indian company developing advanced industrial sensors could help domestic manufacturers improve quality control and operational efficiency. A startup developing indigenous robotics could reduce dependence on specialised imported equipment. An enterprise working on advanced materials could support applications across aerospace, energy, transport and electronics.
Such developments can generate benefits throughout the economy.
Domestic manufacturers gain access to locally developed technologies, research-intensive enterprises acquire industrial customers, and skilled workers find opportunities in engineering, scientific research, product development and advanced manufacturing.
Over time, these capabilities can help Indian companies compete in international markets on the basis of technology, quality and productivity rather than relying primarily on lower costs.
The long-term ambition should be to make India a source of globally competitive technological products and industrial solutions.
Mobilising private investment in national innovation
A particularly important feature of the scheme is its emphasis on encouraging private-sector participation in research and development.
Public investment is essential in areas where technological uncertainty is high, the investment horizon is long or the potential benefits extend beyond a single enterprise. Nevertheless, government funding alone cannot support every promising innovation or finance the full range of industrial research required by a large economy.
Private companies possess valuable knowledge of customer requirements, production systems, supply chains and commercial opportunities. They can also contribute managerial expertise, market access and additional capital.
The RDI Fund is designed to encourage greater private investment by improving access to suitable financing for eligible technology projects.
This approach can help establish a more productive relationship between government, research institutions, investors and industry.
Public capital can help reduce specific financing constraints, while private enterprises contribute commercial discipline and the capacity to scale successful technologies. Research institutions can provide scientific expertise, and specialised fund managers can assess projects and monitor their progress.
The desired outcome is a stronger innovation ecosystem in which public resources catalyse additional investment instead of substituting for it.
For this reason, the impact of the scheme should ultimately be assessed not only by the amount of government money committed, but also by the additional private capital mobilised, the technologies developed, the products commercialised and the economic value generated.
Creating high-skilled employment and retaining Indian talent
India possesses a large pool of scientists, engineers, researchers and technology professionals. However, the availability of skilled people does not automatically translate into domestic technological leadership.
Researchers need access to advanced laboratories, specialised equipment, experienced mentors, patient capital and opportunities to work on ambitious industrial problems. Deep-tech enterprises also require interdisciplinary teams combining scientific expertise with engineering, product development, regulatory knowledge, manufacturing and business management.
By strengthening the financing available for research-intensive enterprises, the RDI Fund can expand opportunities for these professionals within India.
It can support employment in semiconductor design, robotics, biotechnology, AI engineering, advanced materials, quantum technologies and other specialised fields.
It may also help create an environment in which experienced researchers and entrepreneurs can establish globally competitive companies without needing to relocate their most important research activities abroad.
Over time, the development of such enterprises can strengthen the connections between universities, research institutions, startups and established industries.
This is especially important for India’s demographic and economic future. The country must create not only a large number of jobs, but also productive, high-value employment that builds specialised skills and contributes to national technological capabilities.
Supporting Viksit Bharat
The ambition of Viksit Bharat 2047 requires India to move towards a higher-productivity economy supported by advanced manufacturing, modern infrastructure, scientific excellence and globally competitive enterprises.
Technological capability will be central to this transformation. A country that develops its own advanced technologies can improve productivity across industries, create new markets, strengthen exports and retain a greater share of the economic value generated by innovation.
The RDI Fund can contribute to this ambition through several interconnected pathways.
- First, it can support the development and commercialisation of indigenous technologies.
- Second, it can encourage private-sector investment in research-intensive industries.
- Third, it can strengthen domestic supply chains in strategic sectors.
- Fourth, it can generate high-skilled employment and expand opportunities for researchers and entrepreneurs.
- Fifth, it can help Indian enterprises develop products and intellectual property for international markets.
- Finally, it can improve India’s ability to respond to future technological disruptions and emerging strategic challenges.
These outcomes will not materialise automatically. They require effective implementation, sustained industrial participation and a consistent commitment to scientific quality.
Nevertheless, the establishment of a financing framework of this scale creates an important opportunity to accelerate the process.
What must happen next
The first cohort of fund managers is an important beginning, but the real test of the RDI Fund will be its ability to produce measurable technological and economic outcomes.
Several priorities deserve attention.
First, fund allocation must remain transparent and merit-based. Projects should be assessed through clear criteria covering technological feasibility, strategic importance, commercial potential, financial sustainability and measurable public value. Potential conflicts of interest must be disclosed and managed effectively.
Second, financing must reach enterprises with genuine technological capabilities. Deep-tech development involves uncertainty, but public support should be directed towards credible research, engineering and commercialisation milestones rather than speculative business narratives.
Third, the programme must improve access for promising startups, smaller technology enterprises and research-intensive firms outside the largest innovation hubs. India’s scientific and entrepreneurial talent extends well beyond a handful of metropolitan centres.
Fourth, stronger collaboration is needed between universities, public research laboratories, private enterprises and manufacturing industries. Research outcomes become economically valuable when they can be translated into products, processes and services that solve real problems.
Fifth, the scheme should track outcomes rigorously. Useful indicators include additional private investment mobilised, patents and intellectual property commercialised, technologies successfully deployed, domestic value addition, export performance, high-skilled employment and the survival and growth of supported enterprises.
Finally, the financing mechanism should encourage learning and adaptation. Some research projects will fail despite sound scientific reasoning. Such risks are inherent in innovation. The objective is to manage these risks responsibly, learn from unsuccessful projects and build a portfolio capable of producing significant technological breakthroughs.
A robust accountability framework must therefore combine financial discipline with a realistic understanding of the uncertainty involved in advanced research.
The ₹1 lakh crore Research, Development and Innovation Fund represents an important step towards strengthening India’s technological foundations.
The announcement of the first cohort of 19 Second-Level Fund Managers, with ₹7,131 crore committed to them, marks progress in establishing a mechanism through which public capital can support deep-tech innovation and private-sector research.
The initiative deserves appreciation for recognising that India’s next stage of development will depend not only on infrastructure, manufacturing capacity and digital adoption, but also on the ability to create and commercialise advanced technologies.
The Government of India has placed a strategic emphasis on patient capital, indigenous innovation and private-sector participation. The next priority is to translate this commitment into successful products, stronger research institutions, competitive enterprises and measurable economic outcomes.
India should aspire to develop indigenous semiconductor technologies, advanced batteries, intelligent industrial systems, biotechnology platforms, AI applications, quantum capabilities and other strategic technologies that meet domestic requirements and compete globally.
The objective is not technological isolation. It is technological confidence, greater strategic autonomy and meaningful participation in global innovation.
If implemented effectively, the RDI Fund can help India move from adopting technologies developed elsewhere towards creating technologies that shape the future of industries and societies.
That is the larger significance of this initiative. It is an investment not merely in research projects or startups, but in India’s capacity to innovate, compete and lead.
As India advances towards Viksit Bharat 2047, the country must increasingly convert its scientific talent into industrial strength, its research into commercial success and its technological aspirations into globally competitive capabilities.
The ₹1 lakh crore Research, Development and Innovation Fund can become an important instrument in that national transformation.
