Building technology at home, not just importing it, has been a deliberate Indian policy goal. This article covers how, and the institutions behind it.
Where Indigenization Happens: Space, Defence and AYUSH
What Indigenization Means
- DefinitionIndigenization of technology means developing domestic capability instead of relying on imports, spanning space, defence, energy and other strategic sectors.
- WhyA country that must import a critical technology also depends on the exporter’s goodwill. Building it at home removes that leverage, even when buying it abroad would be cheaper or faster in the short term.
Space: ISRO, and Defence: DRDO, and AYUSH
- Origin StoryIndia’s space programme began in a Kerala fishing village. In 1963, scientists transported rocket parts to the Thumba launch site by bicycle and bullock cart, since no proper road existed.
- Improvised HQA local church became the rocket design and assembly centre. The bishop’s house turned into an engineering workshop, and a cowshed doubled as a laboratory.
- BodyVikram Sarabhai’s Indian National Committee for Space Research grew into ISRO. It built its own satellite launch capability rather than depending entirely on foreign launch providers.
- BodyDRDO was formed in 1958, merging the Army’s Technical Development Establishment with two other defence research bodies into one organisation.
- The IGMDPIn 1983, DRDO scientist APJ Abdul Kalam led the Integrated Guided Missile Development Programme. It built the Agni, Prithvi, Nag, Akash and Trishul missiles as one coordinated indigenous effort, not five separate projects.
- ResultKalam later became known as India’s “Missile Man,” and eventually President. DRDO’s missile and aircraft systems remain central to India’s defence self-reliance push today.
- ScopeAYUSH stands for Ayurveda, Yoga, Unani, Siddha and Homeopathy. It represents India’s push to develop and modernise its own traditional medical science alongside conventional medicine, not replace one with the other.
- Why It Counts as IndigenizationRather than treating traditional medicine as folklore, AYUSH funds research, standardisation and clinical validation, the same rigour applied to any other domestic technology sector.
The Institutions Behind the Research
CSIR
- OriginThe Council of Scientific and Industrial Research was founded on 26 September 1942, with Shanti Swarup Bhatnagar as its first director-general.
- LegacyBhatnagar personally helped establish twelve national laboratories, earning him the title “Father of Research Laboratories in India.” CSIR’s network today covers everything from chemistry to genomics.
Premier Institutions, and National Innovation Foundation, and Meteorology and Disaster Management
- AnchorsPremier institutions anchor much of India’s advanced scientific research and talent development. That includes the Indian Institute of Science (IISc), the IITs, and the Tata Institute of Fundamental Research (TIFR).
- RoleThese bodies train the researchers who later staff CSIR labs, DRDO, and ISRO, making them the pipeline that feeds every other institution on this list.
- Founder’s IdeaAnil Gupta founded the Honey Bee Network to document grassroots inventions that formal science usually overlooks. Think farmers’ own fixes and folk technologies passed on by word of mouth.
- BodyThat work grew into the National Innovation Foundation, a Department of Science and Technology body. It specifically supports these grassroots innovators, recognising that useful ideas can come from outside formal labs too.
- ProgressIndia’s meteorology and disaster management technology has advanced significantly. Cyclone and flood forecasting accuracy today is well beyond what was possible decades ago.
- So WhatBetter lead time on a cyclone’s landfall translates directly into evacuations that actually work, turning a research improvement into a measurable drop in lives lost.
The Policy Logic Behind Indigenization
Science, Technology and Innovation Policy (2013)
- FrameworkThe Science, Technology and Innovation Policy of 2013 set out a formal national framework connecting research investment to innovation outcomes.
- ApproachIt treats scientific research and its practical application as parts of one connected system. A discovery that never leaves the lab, in this framework, counts as unfinished work.
The Shared Strategic Logic, and Formal and Informal Innovation, Both Valued
- PatternIndigenization efforts across space, defence and atomic energy share a common strategic logic, even though the technologies themselves have nothing in common.
- WhyEach aims to reduce dependence on foreign suppliers for capabilities considered critical to national security or sovereignty. That holds even where importing might be cheaper or faster right now.
- ExampleThumba’s bullock carts and DRDO’s Integrated Guided Missile Development Programme look nothing alike on the surface. Both exist because India decided some capabilities were too important to buy from someone else.
- PatternGrassroots innovation programmes like the National Innovation Foundation reflect a deliberate policy view, not an afterthought bolted onto “real” science.
- TakeawayFormal R&D institutions like CSIR and informal, on-the-ground problem-solving both have a legitimate place in national technology development. Neither one alone was ever going to be enough.
✅ Test Yourself
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Exam Point of View
Innovation Bodies: Don’t Mix Up Who Runs What
- QuestionUPSC CSP 2015 (Q10) tested what the National Innovation Foundation actually is. UPSC CSP 2019 (Q19) asked which body runs the Atal Innovation Mission.
- WhyBoth questions punish mixing up India’s several innovation bodies. NIF is a Department of Science and Technology body backing grassroots inventors, not a premier-institution research collaboration with foreign labs — a plausible-sounding but wrong description. The Atal Innovation Mission sits under NITI Aayog, not the science, labour or skill ministries.
- LinkUPSC CSP 2015, Q10 (National Innovation Foundation) and UPSC CSP 2019, Q19 (Atal Innovation Mission).
Slogans and Dates Get Reversed on Purpose
- QuestionCDS-I 2026 asked about CSIR’s Smart Village project. CDS-II 2019 (Q35) asked when Make in India actually launched.
- WhyBoth traps work by flipping something real. CSIR’s actual guiding principle is “Lab to Land” — taking research to villages — not the reversed “Land to Lab” the question offers. Make in India launched in 2014, not the 2018 the question states, though its innovation-fostering goal is correctly described.
- LinkCDS-I 2026, Q106 (CSIR Smart Village) and CDS-II 2019, Q35 (Make in India).
📰 Current Affairs
RDI Fund: Conflict-of-Interest Safeguards
- 7 Aug 2026Officials from the DST, TDB and ANRF held a press conference reaffirming strict conflict-of-interest safeguards under the Research, Development and Innovation (RDI) Fund.
- RulesRDI Fund guidelines require experts to disclose any conflicting interests. Officials say this doesn’t bar expertise; it just requires disclosure, and recusal from a specific proposal. An Investment Committee of independent outside experts approves projects collectively — government officials don’t judge technical merit, and the Board’s own Member Secretary has no voting rights. If a Committee member owns or founded a company, they must ensure it doesn’t submit proposals while they still serve on the Committee.
- 31 Jul 2026Media reports had alleged a conflict of interest in RDI Scheme fund disbursement by TDB. The government issued a formal clarification calling the reports misleading and lacking proper context. Of the 22 projects TDB approved in its first cohort, 15 were independently selected by separate Ministry of Education expert panels and went on to represent India at the Bharat Innovate Event in Nice, France — external validation of TDB’s merit-based process.
- ContextThe Technology Development Board (TDB) has used similar safeguards for nearly three decades. It was set up by an Act of Parliament in 1996, to evaluate technology proposals through independent expert committees.
- SourceThe Tribune — Govt defends RDI Fund selection process; PIB.
Government R&D Spending and Patents, and TDB-Backed Commercialisation Wins, and CSIR: Genomics and Health Research, and National Quantum Mission, and Big-Ticket Mission Budgets, and Student Innovation and ISRO’s 100 Launches, and India’s Gross R&D Spend, and a Quantum Milestone, and RDI Fund: Launch and Early Progress, and Contactless Load-Measurement Sensor, and TRL Compass
- 6 Aug 2026Parliament got fresh figures on central government R&D spending. Government R&D expenditure rose from ₹87,813 crore in 2019-20 to ₹1,17,861 crore in 2023-24. As a share of GDP, though, it stayed roughly flat — around 0.41% to 0.45%, over the same five years.
- PatentsThe Ministry of Science and Technology itself runs 71 research institutions, across DST, DBT and DSIR/CSIR. For FY 2025-26, these institutions got a combined ₹8,934.81 crore allocation, and received 251 patents — down sharply from FY 2023-24’s peak of 893, even as annual funding has kept rising.
- SourcePIB.
- 31 Jul 2026TDB-DST supported M/s RoadGrid India Pvt. Ltd., Indore, to commercialise its patented Universal EV Charger. The system combines a 140 kW dual DC gun (CCS2 + Type 6) with AC charging, serving everything from two-wheelers to commercial EVs.
- 31 Jul 2026TDB-DST also supported M/s Foodtechnics Pvt. Ltd., Bengaluru, to commercialise ROTIDO C-150, a compact automatic roti-making machine producing up to 150 rotis per hour, building on the company’s larger R-1000 and RS-1000 industrial models.
- SourcePIB — EV charger; PIB — roti machine.
- 30 Jul 2026Parliament reviewed CSIR’s healthcare and pharma research programmes, including the GUaRDIAN Consortium and GOMED programme for rare-disease and clinical genomics research.
- GenomesSeparately, the GenomeIndia project has now sequenced over 10,000 Indian genomes. A new Indian Biological Data Centre (IBDC) holds this data, across seven specialised repositories.
- GlobalThe Department also runs an AI-for-Ultrasound programme, with the Gates Foundation, for equitable global health.
- SourcePIB; PIB.
- 30 Jul 2026On quantum research, the National Quantum Mission now spans 86 institutions nationwide. Its Thematic Hubs offer new fellowships too: QC-Bridge for Quantum Computing, and PARIMANA for Sensing and Metrology.
- InternationalIndia also signed a Letter of Intent with Japan, for quantum-technology cooperation.
- SourcePIB.
- 30 Jul 2026On R&D spending, government data confirmed new mission budgets: the Cyber-Physical Systems Mission at ₹3,660 crore, and the India Semiconductor Mission at a much larger ₹76,000 crore outlay.
- ANRFThe ANRF itself runs on a ₹14,000 crore Central Government provision, plus outside funding.
- SourcePIB.
- 30 Jul 2026On school-level innovation, the INSPIRE-MANAK scheme gives student innovators ₹10,000 each, via direct transfer.
- ISROSeparately, ISRO crossed 100 launches from Sriharikota, establishing itself as a reliable global launch provider.
- SourcePIB — INSPIRE-MANAK; PIB — ISRO launches.
- 29 Jul 2026DST data showed India’s total (gross) R&D spending nearly doubling in five years — from ₹1,32,567 crore in 2019-20 to ₹2,44,767.81 crore in 2023-24. As a share of GDP, that’s a rise from 0.66% to 0.84% over the same period. This gross figure covers all of government, state and private R&D spending combined — a wider measure than the central-government-only figure above. Notably, the private sector’s R&D share overtook government’s for the first time, at 51.8% by 2023-24.
- QuantumSeparately, Indian teams reported real quantum-computing breakthroughs. BITS Pilani Goa, working with IBM, simulated the strong nuclear force on a 120-qubit processor. Their 20-second quantum run beat a classical supercomputer’s roughly 2-hour result for the same task, and IBM selected the algorithm for its own Quantum Advantage Tracker. IISc Bengaluru separately validated quantum-key and Dirac-equation algorithms, on photonic and ion-trap hardware.
- FundingThe RDI Scheme has also earmarked ₹20,000 crore for FY 2026-27 alone, from its ₹1 lakh crore total. ANRF now runs over a dozen research-grant schemes too, from early-career grants to National Science Chairs.
- SourcePIB — R&D spending; PIB — quantum breakthroughs; PIB — RDI/ANRF funding.
- 23 Jul 2026Parliament reviewed the RDI Fund’s early progress. The Cabinet approved the ₹1 lakh crore Fund on 1 July 2025; PM Modi launched it that November.
- AllocationTDB and BIRAC got ₹1,000 crore each as fund managers, with ₹500 crore already disbursed to TDB. TDB has approved 22 projects worth ₹4,744 crore; BIRAC shortlisted 8 more, worth ₹390 crore. Over 200 more applications, from investment funds and research organisations, are still under review.
- SourcePIB.
- 30 Jun 2026TDB-DST supported Mumbai-based Puretronics India Pvt. Ltd. to commercialise India’s first fully contactless, programmable load-measurement system.
- HowThe LMO (Load Magnetic Overload) Sensor replaces conventional strain-gauge load cells with non-contact magnetic sensing, for elevators, cranes, hoists and material-handling equipment. It integrates high-resolution magnetic sensing with programmable embedded electronics, and connects with PLC, SCADA and IoT-based automation platforms. TDB’s support funds Puretronics’ commercial-scale manufacturing setup.
- SourcePIB.
- 29 Jun 2026The Office of the Principal Scientific Adviser (OPSA) launched TRL Compass, and signed an MoU with the Data Security Council of India (DSCI).
- WhatTRL Compass standardises Technology Readiness Level (TRL) assessments nationally, adapting the global 9-level TRL scale for India, with sector annexures for Healthcare/Pharma and Software. It supports funding decisions under ANRF and the RDI Fund.
- MoUThe DSCI MoU covers TRL assessments, capability mapping, a Technology Radar methodology, and training a pool of certified TRL assessors.
- SourcePIB.
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