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Business Tech News: Latest Updates on Innovations, Startups, and Market Trends | The HinduBusinessLine

Geo-engineering against climate change ZincGel vs Li-ion battery Why the energy sector isn’t AI-ready yet IT services giant TCS takes an AI-led avatar IIT-M revives forgotten route to industrial wastewater treatment IIT-Kanpur-incubated start-up develops unique battery technology Two faces of water Why the made-in-India ePlane is unique Moving satellite data at laser speed Longer-lasting zinc battery How simulation tech can ready robots for the real world DAE commissions world’s first nuclear heat-based copper-chlorine hydrogen plant DAE commissions world’s first nuclear heat-based copper-chlorine hydrogen plant Subterranean forest of fungi Using sound waves to bypass charge-based circuits AI aides to decode Indian law How the US funding cut impacts cancer research The time to deploy thorium is now The protein-peptide bonds that heal IIT-Kanpur hosts India’s first DORIS beacon How plants summon help Fishing out fake news using a deep-learning neural network IIT-Madras sets up testing tank for ships, submarines Dentistry’s prehistoric drill With AI, science is borderless How ‘spent’ graphite breathes new life into fuel cell Coal gas can yield clean hydrogen at $1.25 a kg Light, compact antennas IMD launches pilot weather forecast within 1 km radius in UP, national roll out in 2-3 years Nationwide ban soon on Paraquat herbicide over toxicity concerns, health risks ParvAI: ‘Windows to the soul’ and workplace safety Why agreeable AI is a liability in competitive markets Indian material for magnet making Using lasers to punch holes in cell walls When the grid becomes an all-knowing data system Micro-mining for critical rare earth minerals Half the capex, less carbon: The molten magic inside Tata Steel’s HIsarna bet Cosmic aid for miners Efficient brakes and EV range India contributes ₹745 crore to multi-country ITER Big budgets, slow science: BARC under-spends on R&D Artemis-2: Hurtling moon-ward on an epochal mission Power supply lessons for AI Why nuclear fusion is gaining funding Defence research stays underfunded Micro attacks on sewer lines Turning the ubiquitous optical fibre into a sensor The PRAGYA tokamak Mind-reading tech No exam is too hard for AI? Carnot battery: Carbon dioxide as ideal ‘working fluid’ On a leash of light On a wing and an AI-powered tool How do ‘natural polypills’ work? AI tool for capturing and managing hospital records How sea microbes can protect agri fields Why India should choose to build not just powerful, but also governable AI Flaring and quaking Qualcomm has an Edge in India Soil testing of rhizosphere CMFRI achieves captive breeding of threatened mangrove clam No erasures IIT-M’s ramjet shell is an engineering marvel Sun-powered supercapacitor 10 years on, NALCO yet to start gallium extraction project Budget doubles allocation for nuclear research to ₹2,410 cr Underwater water Recent successes in science-led atmanirbharta Electric mobility may take wing in the not-too-distant future Eco-friendly semiconductors Twinning prayers and AI at mega temple festival Solar cells of efficiencies above 30% A lesson from Germany on infrastructure maintenance Fabled city in the high mountains Optimising bioreactor design Sensing UV-C in femtoseconds ISRO to kick off 2026 with launch of Earth Observation Satellite Thriving in extremes Indo-Lankan leg-up for S&T Using AI to better assess cyclone damage War on drug resistance goes undersea Big, bad business of junk food Rosatom’s mini variant of small modular reactor Clear thinking on pranayama Can GenAI be a responsible teaching assistant? Pharma PLI fetches ₹26,832 cr sales ‘Scripting’ ideal AI output Honeywell’s technology may bring biomass to the centre stage India-made human-like robot Scorched by 163-year drought NTT’s quantum leap into near sci-fi realm A reality check on AI’s negotiation skills Salinity-proof epoxy coating for marine installations Heat from small-scale solar units could accelerate India’s net-zero transition Cross-species transplantation is at a regulatory crossroads Nature, the ultimate climate warrior Breakthrough in desalination technology, using carbon ‘flowers’ Epidemiology-ML collab decodes India’s struggles with air quality
RDI scheme could be operationalised this year
By M Ramesh · 2026-02-09 · via Business Tech News: Latest Updates on Innovations, Startups, and Market Trends | The HinduBusinessLine

Budget 2026-27 has provided ₹20,000 crore under the ‘capital’ head to the Research, Development and Innovation (RDI) scheme, whereby a ₹1 lakh crore corpus is being put together for a ‘deep-tech fund of funds’, raising hopes for the operationalisation of the scheme in 2026-27.

Last year’s budget, too, had provided ₹20,000 crore. But, going by the revised estimates for 2025-26, it appears that only ₹3,000 crore was actually put in the corpus. And now, another ₹20,000 crore has been given — which is actually the bulk of the ₹28,049 crore the finance ministry allocated to the Department of Science and Technology.

From the statement of implementation of last year’s budget proposals, it is seen there was delay in setting up the fund of funds. The RDI scheme was announced by Prime Minister Narendra Modi in January 2025; the Cabinet approved it on July 1, but it was not until October 11 that the rules and governance structure were “concurred” to by the Department of Expenditure, Ministry of Finance.

The large corpus of ₹1 lakh crore indicates the government attaches much importance to it. The RDI scheme “aims to catalyse private sector participation in high-impact R&D”, according to a press release from the Department of Science and Technology. From the corpus, the scheme will provide long-term loans at “low or nil” interest rates, make equity infusions into startups and contribute to deep-tech fund of funds; it will not, however, provide grants or short-term loans.

Growing need

India has a clutch of funds dedicated to deep-tech, such as Speciale Invest, pi Ventures, YourNest Venture Capital, seafund, Capital A, Blume Ventures and IIMA Ventures. These funds raised over a billion dollars last year, more than twice raised in the year before.

The government is now appointing ‘second-level fund managers’ (SLFM) to manage the fund of funds. An SLFM is an intermediary investment manager that receives capital from a government-anchored fund of funds and deploys it in startups, venture funds, or projects.

The first level is the setting up of the ‘special purpose fund’, under the Anusandhan National Research Foundation.

Recently, Dr Abhay Karandikar, Secretary, Department of Science and Technology, said in a LinkedIn post that there had been “an overwhelming response” to the government’s call for applications for SLFMs from AIFs, FoFs, DFIs and NBFCs. “We are expected to complete the process of appointing fund of funds, AIF, DFI, NBFC and FRO by April-May,” Karandikar said.

Two government bodies had already been appointed “on nomination basis” as SLFM — the Technology Development Board; and the Biotechnology Industry Research Assistance Council (BIRAC). The former had also “initiated the process of inviting applications from corporates and startups”, Karandikar said.

“The two-tier fund structure and onboarding of experienced institutions like TDB and BIRAC are particularly reassuring,” says Girij Pal Singh, Co-founder and Director, Athena Generics, IIT-Kanpur.

Karandikar said the RDI was a key milestone in India’s efforts to finance high-risk, high-impact technologies and strengthen the innovation pipeline.

“The nature of financing includes low-interest, long-tenor debt, equity or optionally convertible debt on attractive and flexible terms,” he said.

NQM up, NSM down

The budget has allocated slightly more to the National Quantum Mission, for its revenue expenditure. This is apparently because the mission had overspent last year’s allocation — ₹755 crore (revised estimate), against ₹600 crore given under Budget 2025-26. Accordingly, the allocation has been raised to ₹900 crore for 2026-27. Conversely, the National Supercomputing Mission has received a negligible ₹1 lakh, against last year’s allocation of ₹265 crore — again because the mission ended up spending twice as much (₹530 crore).

Big boost

The government-owned semiconductor lab at Mohali, Punjab, has got a bonanza — ₹900 crore, against ₹400 crore last year (budget estimate) and ₹20 crore (revised estimate). This is part of the total allocation of ₹8,000 crore for the ‘modified programme for the development of semiconductors and display manufacturing ecosystem in India’, compared with ₹7,000 crore (budget 2025-26) and ₹4,300 crore (revised 2025-26). Various schemes under the programme have been given higher allocations.

The India Semiconductor Mission 2.0 has got ₹1,000 crore, against nil last year.

The budget has slashed the allocation under the head ‘Production-linked incentive for large-scale electronics manufacturing’ to ₹1,345 crore, against ₹8,885 crore (budget 2025-26) and ₹6,690 crore (revised 2025-26). On the other hand, the electronic components manufacturing scheme has received a big boost of ₹1,500 crore, against ₹6.8 crore previously.

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Published on February 9, 2026