The Department of Science and Technology (DST) Year Ender 2025 presents a broad snapshot of India’s progress in science, technology, research funding, quantum technologies, supercomputing, innovation, inclusion, and international scientific cooperation. It shows that India’s S&T policy is increasingly moving toward a model that combines public institutional support, private-sector R&D participation, deep-tech promotion, research infrastructure expansion, and social application of science.
The release is important because it consolidates major developments of 2025 under DST, including India’s improved position in global S&T indicators, rollout of the ₹1 lakh crore Research, Development and Innovation (RDI) Scheme, operational expansion of the Anusandhan National Research Foundation (ANRF), progress under the National Quantum Mission, indigenous supercomputing capacity, climate-tech initiatives, startup support, and science-for-society programmes.
A major message emerging from the Year Ender is that India is no longer treating science policy as a narrow academic domain; instead, it is positioning science and technology as a foundation for economic security, strategic autonomy, industrial competitiveness, and social transformation. The document shows a clear shift from isolated grant-based support to a larger ecosystem approach that links research, innovation, commercialization, startup incubation, skilling, infrastructure, and global partnerships. This is visible in the design of the RDI Scheme, the operationalization of ANRF, and mission-based interventions in quantum, supercomputing, geospatial systems, clean energy, and cyber-physical systems.
India’s rising position in global indicators reinforces this transition. The release states that India ranked 38th in the Global Innovation Index 2025, 6th globally in IP filings as per the WIPO report cited in the release, improved to 49th in the Network Readiness Index 2024 from 79th in 2019, and stands 3rd globally in research publications. These figures suggest that India’s science system is gaining scale, but more importantly, they indicate stronger integration between knowledge generation, innovation systems, and digital readiness.
The most important structural reform highlighted is the Research, Development and Innovation (RDI) Scheme, approved on 1 July 2025, with a total outlay of ₹1 lakh crore over six years, including ₹20,000 crore for FY 2025–26. Its significance lies in the fact that it is explicitly designed to incentivize private-sector participation in R&D, especially in sunrise and strategic sectors. The scheme also seeks to fund projects at Technology Readiness Level 4 and above, support acquisition of critical technologies, and facilitate a Deep-Tech Fund of Funds. This reflects a policy understanding that India must bridge the gap between laboratory science and market-ready technologies if it is to achieve meaningful technological self-reliance.
The Year Ender also shows that India is building institutions to support this transition. The Anusandhan National Research Foundation (ANRF), established under the ANRF Act, 2023, with provisions effective from 5 February 2024, is presented as a central pillar for transforming India’s R&D ecosystem. Its governing framework has already launched initiatives such as the Prime Minister Early Career Research Grant and the MAHA-EV Mission, while multiple ongoing programmes support early-career research, inclusivity, medical technology, AI for science, advanced grants, centres of excellence, and postdoctoral pathways. This makes ANRF a key institutional bridge between state support and long-term scientific capacity building.
Another major policy thrust is visible in the National Quantum Mission (NQM). The release shows that quantum technology is being pursued not merely as frontier science, but as a strategic domain involving research hubs, startup support, fabrication facilities, academic programmes, and cybersecurity preparedness. Four thematic hubs have been set up at IISc Bengaluru, IIT Madras, IIT Bombay, and IIT Delhi, while national-level central fabrication facilities have been established at IIT Delhi, IISc Bengaluru, IIT Bombay, and IIT Kanpur with an investment of about ₹720 crore. The release also highlights concrete outputs such as QNu Labs’ 500 km QKD network and QShield platform, QpiAI’s 64-qubit scalable QPU, PQuest’s indigenous Quantum Diamond Microscope, and a high-precision diode laser by Prenishq. This indicates that India’s quantum policy is moving from mission design to demonstrable indigenous capability.
The National Mission on Interdisciplinary Cyber Physical System (NM-ICPS) and the National Supercomputing Mission (NSM) add another layer to India’s technological architecture. NM-ICPS supported BharatGen, a generative AI model in Indian languages, and saw four Technology Innovation Hubs upgraded into Technology Translation Research Parks in healthcare, robotics and AI, cybersecurity, and mining innovation. Meanwhile, NSM, implemented jointly by DST and MeitY, has created 39 petaflop of supercomputing capacity across 37 locations, with recent capacity built on indigenous developments such as the Rudra server and software stacks. Together, these efforts show a move toward sovereign digital and compute infrastructure.
The Year Ender also gives importance to climate, energy, and sustainability-oriented science. It mentions pilot-scale projects in coal gasification, methanol, and DME, a sustainable bioenergy-based Effluent Treatment Plant in Kerala, and five Carbon Capture and Utilisation (CCU) testbeds in the cement sector. The emphasis here is on creating innovation pathways for hard-to-abate sectors and aligning industrial science with India’s environmental commitments.
A notable strength of the document is that it does not reduce science policy to elite laboratories alone. It places strong emphasis on infrastructure development, inclusion, school-level innovation, women in science, assistive technologies, grassroots interventions, and support for SC/ST communities. Programmes such as FIST, PURSE, SATHI, NIDHI, SEED, INSPIRE, WISE-KIRAN, SHRI, and STI Hubs demonstrate that DST is trying to expand the social base of science. The figures cited in the release, such as 11.47 lakh ideas mobilized under INSPIRE MANAK, 52% nominations from girls, 84% participating schools from rural areas, and 29,443 school girls supported in STEM under Vigyan Jyoti, indicate a deliberate attempt to democratize scientific opportunity.
The release further highlights that DST’s autonomous institutions are contributing not only to frontier research but also to translational outcomes in nanomedicine, astronomy, palaeosciences, energy storage, quantum devices, biodiversity, antivenom research, smart materials, wearable diagnostics, and clean energy systems. This matters because it shows that public scientific institutions are being positioned as contributors to both knowledge creation and national development goals.
Overall, the Year Ender 2025 suggests that India’s S&T policy is evolving along five major lines: deep-tech capacity, institutional reform, private R&D participation, inclusive scientific development, and strategic international collaboration. The larger implication is that science and technology are increasingly being treated as instruments of Viksit Bharat, where competitiveness, resilience, and inclusion are expected to emerge together rather than separately. This is an inference drawn from the combined direction of the schemes, institutions, and mission outcomes detailed in the release.
The release is issued by the Department of Science and Technology, under the Ministry of Science and Technology. The Year Ender functions as a consolidated departmental review of the year’s major policy, institutional, technological, and programme-level developments.
The ANRF was established under the ANRF Act, 2023, with its provisions coming into effect on 5 February 2024. Its first Governing Board meeting was held on 10 September 2024, chaired by the Prime Minister as President of the Governing Board. The foundation is intended to transform India’s R&D ecosystem and promote scientific excellence. Programmes mentioned in the release include PMECRG, MAHA-EV, MAHA MedTech Mission, AI for Science and Engineering, Inclusivity Research Grant, SERB-SURE, PAIR, JC Bose Grant, Prime Minister Professorship, Centres of Excellence, ARG-MATRICS, Advanced Research Grant, National Science Chair, National Post Doctoral Fellowship, and Ramanujan Fellowship.
The RDI Scheme was approved by the Union Cabinet on 1 July 2025. It has a total outlay of ₹1 lakh crore over six years, with ₹20,000 crore for FY 2025–26. It is to be operationalized through a Special Purpose Fund within ANRF and implemented through second-level fund managers such as AIFs, DFIs, NBFCs, and Focused Research Organizations, including examples like Technology Development Board, BIRAC, and IIT Research Park. Its objective is to encourage private R&D, finance transformative technologies, support critical technology acquisition, and facilitate a deep-tech fund structure.
The National Quantum Mission was approved by the Union Cabinet at a cost of ₹6003.65 crore for a period of eight years. It aims to seed, nurture, and scale scientific and industrial R&D in quantum technology and create an innovative ecosystem. The release mentions four thematic hubs, AICTE-linked B.Tech and M.Tech programmes, a concept paper for a Quantum Safe Ecosystem, and central fabrication facilities at premier institutions.
The NM-ICPS aims at development of technology platforms for R&D, translational research, product development, startup incubation, and commercialization. The release notes support for BharatGen and the upgradation of four Technology Innovation Hubs into Technology Translation Research Parks.
The National Supercomputing Mission is implemented jointly by DST and MeitY. It aims to empower academic and R&D institutions through High-Performance Computing infrastructure. The release states that 39 petaflop capacity has been created across 37 locations, using indigenous developments such as the Rudra server.
The release specifically mentions the Global Innovation Index 2025, WIPO Report 2023, and Network Readiness Index 2024. It also refers to a Concept Paper for the Quantum Safe Ecosystem in India and notes that a third-party evaluation rated NM-ICPS highly effective.
The DST Year Ender 2025 is significant because it captures a broad transition in India’s science policy from fragmented support systems to a more integrated framework built around missions, institutions, infrastructure, private investment, inclusion, and strategic technologies. The release indicates that India is attempting to build not only scientific excellence but also technological depth, innovation-led growth, and socially relevant science capacity.
Updated - 16 December 2025 ; 06:28 PM | PIB