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23 August 2024 at 4:29:04 pm

Kaleidoscope

Three cats dressed up in typical French outfits are positioned in the courtyard of Le Louvre museum. A woman offers prayers to the rising Sun God on the bank of the Ganga River in Varanasi, Uttar Pradesh on Tuesday. Karnataka State Reserve Police personnel during the launch of new peak caps for policemen at Vidhana Soudha in Bengaluru on Tuesday. A flock of flamingoes flies over Sambhar Lake in Rajasthan on Saturday. A woman dressed in traditional attire with a vessel on her head walks past...

Kaleidoscope

Three cats dressed up in typical French outfits are positioned in the courtyard of Le Louvre museum. A woman offers prayers to the rising Sun God on the bank of the Ganga River in Varanasi, Uttar Pradesh on Tuesday. Karnataka State Reserve Police personnel during the launch of new peak caps for policemen at Vidhana Soudha in Bengaluru on Tuesday. A flock of flamingoes flies over Sambhar Lake in Rajasthan on Saturday. A woman dressed in traditional attire with a vessel on her head walks past camels during the Pushkar Fair in Ajmer on Tuesday.

India’s Rs. 1 Lakh Crore Science Bet

The bold RDI scheme to transform research funding signals India’s ambition to become a tech-driven developed nation by 2047.

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On July 1, the Union Cabinet approved the Research Development and Innovation (RDI) scheme, committing an unprecedented Rs. 1 lakh crore to transform India’s research and innovation landscape. This announcement marks a fundamental shift in how the country supports science and technology and comes at a time when India is implementing several measures to improve the ease of doing science. Together, these efforts promise to reshape the innovation ecosystem and define India’s trajectory toward becoming a developed nation by 2047, the centenary of its independence.


For decades, India’s scientific establishment has been primarily supported by public funding, with government laboratories and academic institutions at the forefront. This model, while yielding many successes, has often struggled to bridge the gap between scientific discovery and industrial deployment. Dubbed the ‘valley of death,’ this gap is where promising innovations fail to move beyond proof of concept due to limited risk capital, regulatory complexity, and insufficient private sector participation. The RDI scheme seeks to address this structural deficiency by targeting the financial and institutional barriers that have hindered private investment in science and technology.


At its core, the scheme introduces a dedicated Special Purpose Fund within the Anusandhan National Research Foundation (ANRF). This fund will serve as the financial backbone, distributing resources through selected second-level fund managers. The nature of this financing is both flexible and ambitious. It will include long-term concessional loans, in some cases at nil interest and equity support, particularly for startups working in high-risk, high-reward sectors. This marks a departure from the traditional grant-based approach and reflects a more sophisticated understanding that scientific and technological innovation, especially in deep-tech areas, requires patient capital that tolerates risk and delayed returns.


The scheme focuses on sunrise sectors and domains of strategic national importance including emerging areas like quantum technologies, semiconductors, clean energy, biotechnology, artificial intelligence and space applications. Emphasis will be on projects with higher technology readiness levels, those close to deployment or commercialization. This is where India’s innovation pipeline has often faltered. The scheme aims to address this by supporting translational research and enabling the private sector to become a full partner in India’s innovation journey.


It also provides for the acquisition of technologies that are of high strategic importance. In a global environment increasingly shaped by technological competition and disrupted supply chains, this is a prudent and necessary step. It underscores the recognition that technological capability is as central to national security as military strength or economic resilience. The scheme thus aligns with India’s broader goal of strategic autonomy in critical domains.


What makes it different is its governance structure. The governing board of ANRF, chaired by the Prime Minister, will provide strategic direction. The executive council will oversee the operational guidelines and an empowered group of secretaries led by the cabinet secretary will make key decisions regarding sectors, projects and fund managers. The Department of Science and Technology will act as the nodal agency. This multi-tiered structure brings strategic leadership and administrative efficiency into the same framework.


In parallel, the scheme envisions the creation of a Deep-Tech Fund of Funds. This addresses a long-standing need in India’s startup ecosystem. While the country has earned a reputation for its vibrant startup culture, deep-tech ventures rooted in fundamental science or engineering often struggle to raise capital due to long gestation periods and technical risk. Traditional venture capital has generally steered clear of such investments. By offering equity and quasi-equity financing, the RDI scheme could create a more favourable investment climate for frontier technologies and strengthen India’s presence in critical innovation domains.


This initiative must also be viewed alongside recent policy reforms aimed at improving the ease of doing science. These include simplified procurement norms, faster fund disbursal, streamlined project approvals and improved access to global collaborations and datasets. Together with the RDI scheme, these reforms create a more supportive and enabling environment for scientists and entrepreneurs. They signal a growing recognition that science is not merely a public good but a driver of economic and strategic power.


Equally important is the broader societal message this scheme conveys. It positions research and innovation not as auxiliary activities, but as central to national development. It reflects a new social contract in which the state, industry and academia co-invest in a shared scientific future. However, this also brings a responsibility to ensure that public funds are used efficiently, transparently and with measurable outcomes. The risk of inefficiency or misuse must be addressed through rigorous monitoring, competitive evaluation and publicly disclosed performance metrics.


If implemented effectively, the RDI scheme could generate far-reaching economic and social benefits, helping to create high-quality jobs, reduce import dependence in critical sectors and enhance India’s ability to respond to complex challenges. It can also inspire talented researchers to stay in India, foster global collaborations on equitable terms, and nurture a new generation of science-based entrepreneurs.


As India looks ahead to 2047 with the vision of becoming a developed country, science and innovation must occupy a central role. Infrastructure, governance and welfare will remain crucial, but it is technology that will determine India’s ability to compete, lead and contribute meaningfully in the global arena. The RDI is a signal of strategic intent and an investment in India’s future as a knowledge-driven, self-reliant and globally respected nation.


(The writer is former Director, Agharkar Research Institute, Pune and a Visiting Professor at the IIT Bombay. Views personal)

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