What is changing in Indian regulations for deep tech startups
Until recently, India treated a software startup and a startup developing semiconductor chips in exactly the same way. Official recognition as a startup lasted a maximum of ten years, and the revenue threshold for accessing tax and regulatory benefits was relatively low. In practice, this meant that deep tech companies — those working with cutting-edge applied science like biotech, space technology, advanced materials, and semiconductors — would lose their startup status before they even managed to get a product to market. It is a structural problem that seems obvious when you stop and think about it, but it took years to fix.
The logic is straightforward: while a software company can launch an MVP in a few months and scale quickly with relatively modest investment, a deep tech startup needs to go through cycles of research, prototyping, scientific validation, regulatory testing, and often the construction of physical infrastructure before generating any revenue. We are talking about cycles that can take seven to twelve years, according to investors in the space. Treating these two worlds with the same funding and recognition rules was, at best, unfair — and at worst, a direct disincentive to innovation in areas that are strategically important for the country.
Now, with the update announced by the Indian government, the recognition period for startups has been doubled to 20 years, and the revenue cap for accessing tax incentives and regulatory benefits has been raised from roughly 11 million dollars to approximately 33 million dollars. Together, these two changes create a much more realistic environment for anyone building cutting-edge technology. The new regulation acknowledges that deep tech innovation does not run on the same clock as software innovation, and that completely changes the game for founders and investors operating in this space.
The problem of the false signal of failure
One of the most important aspects of this change is the end of what Indian investors had been calling the false signal of failure. What does that actually mean? Under the old rules, a deep tech startup that was still in its pre-commercial phase — meaning no significant revenue — but had already passed the ten-year mark would simply lose its startup status. For the market, this created a misleading perception that the company had failed, when in reality it was following the natural development timeline of a complex technology.
Vishesh Rajaram, co-founder and partner at Speciale Invest, an Indian venture capital firm specializing in deep tech, described this scenario as a judgment based on regulatory timelines rather than real technological progress. According to him, by formally recognizing that deep tech is different, the new policy reduces friction in fundraising processes, follow-on investment rounds, and in the relationship with the government itself — something that directly impacts the operational reality of founders over time.
This point is critical because access to venture capital depends heavily on market perception. When a company loses its official startup status, potential investors can interpret that as a negative signal, making funding rounds harder precisely at the moment when the technology may be closest to becoming commercially viable. Extending the timeline to 20 years eliminates this trap and allows scientific and technological progress to be the real benchmark for evaluation.
The ecosystem behind the change: public funds and private capital
This regulatory change did not happen in isolation. It is part of a coordinated strategy by the Indian government that includes the creation of the Research, Development and Innovation Fund, known as the RDI Fund, a public fund of approximately 11 billion dollars directed specifically at deep tech. The fund aims to bridge the funding gap that exists between basic research and commercialization — the so-called valley of death of innovation, where many promising technologies die due to a lack of patient capital.
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Arun Kumar, managing partner at Celesta Capital, explained that the real benefit of the RDI Fund is increasing the pool of capital available for deep tech companies at both early and growth stages. By channeling public capital through venture capital funds with timelines similar to those of private capital, the fund was designed to fill chronic gaps in follow-on investment rounds without altering the commercial criteria that govern private investment decisions.
Siddarth Pai, co-founder of 3one4 Capital and co-chair of regulatory affairs at the Indian Venture and Alternate Capital Association, noted that the RDI Fund is already beginning to take operational shape, with the first group of fund managers identified and the selection process for venture capital and private equity managers underway. According to Pai, unlike a traditional fund of funds, the vehicle was also designed to take direct positions in companies and provide credit and grants to deep tech startups.
Alongside the public fund, an alliance of major names in global venture capital has formed to direct private capital toward Indian deep tech startups. The India Deep Tech Alliance brings together funds like Accel, Blume Ventures, Celesta Capital, Premji Invest, Ideaspring Capital, Qualcomm Ventures, and Kalaari Capital in a coalition of private investors with over 1 billion dollars in commitments, with chipmaker Nvidia serving as an advisor. Funds that historically focused their investments in Silicon Valley and European markets are now looking at India as an emerging hub for innovation in frontier technologies.
This combination of public and private capital is powerful because it solves two problems at once: the government fund provides the patient capital needed for early development stages, while private venture capital comes in at later stages when the technology has been validated and needs to scale. This division of risk is essential for the ecosystem to truly work and not rely exclusively on a single source of funding.
Indian deep tech by the numbers and the gap with global leaders
It is important to put these moves in perspective. In terms of scale, India is still an emerging market, not a dominant one, in deep tech. Indian startups in the sector have raised a cumulative total of 8.54 billion dollars to date, according to data from Tracxn. In 2025, the amount raised was 1.65 billion dollars, a significant recovery compared to the 1.1 billion dollars recorded in each of the two previous years, following the 2022 peak of 2 billion.
Neha Singh, co-founder of Tracxn, observed that the rebound in investment suggests a gradual shift toward longer-horizon investments, which is exactly what deep tech needs to thrive.
For comparison, deep tech startups in the United States raised around 147 billion dollars in 2025 — more than 80 times the amount invested in India during the same period. China, meanwhile, accounted for roughly 81 billion dollars, according to the same Tracxn data. This disparity highlights the monumental challenge India faces in building capital-intensive technologies, even with an abundance of engineering talent.
Still, the hope is that regulatory changes and the volume of public and private capital being mobilized will lead to greater investor participation in the medium term. The sectors attracting the most attention include advanced manufacturing, defense, climate technologies, and semiconductors — areas that directly align with the Indian government national priorities.
What global investors are reading into this change
For global investors, the overhaul of the Indian framework is being interpreted as a signal of long-term policy intent rather than a trigger for immediate shifts in capital allocation. Pratik Agarwal, partner at Accel, pointed out that deep tech companies operate on seven-to-twelve-year horizons, and regulatory recognition that extends the lifecycle of these companies gives investors greater confidence that the policy environment will not change midstream.
According to Agarwal, the change will not alter allocation models overnight or completely eliminate regulatory risk, but it increases investor comfort that India is thinking about deep tech with longer time horizons. He also noted that India is learning from the United States and Europe on how to build patient frameworks for frontier technology development.
One question that remains open is whether these changes will reduce the tendency of Indian startups to relocate their headquarters abroad as they scale. Agarwal said the extended timeline strengthens the case for building and staying in India, although access to capital and customers is still the deciding factor. Over the past five years, Indian public markets have shown a growing appetite for venture-backed tech companies, making domestic listings a more viable option than in the past. This could ease some of the pressure on deep tech founders to incorporate abroad, even though access to government contracts and late-stage capital continues to influence where companies decide to scale.
The challenge of mid-stage funding
Despite the optimism, investors acknowledge that access to capital remains the most critical constraint, especially beyond the early stages. Rajaram, from Speciale Invest, pointed out that the biggest gap historically has been the depth of funding in Series A and subsequent rounds, particularly for capital-intensive deep tech companies.
This is a classic bottleneck in deep tech ecosystems around the world. The seed and pre-seed stages tend to be relatively well served by angel investors, accelerators, and specialized funds. The problem arises when a startup needs tens or hundreds of millions of dollars to move from prototyping to production at scale. At those stages, the technology risk has already decreased, but the execution risk and the volume of capital required scare off many traditional venture capital funds.
This is precisely where the RDI Fund was designed to act as a complement. By making public capital available at the mid and growth stages, the fund can serve as a catalyst for attracting private co-investments. Pai, from 3one4 Capital, described the RDI Fund as a nucleus around which a larger capital formation can occur, suggesting that the goal is not to replace private investment but to create the conditions for it to happen at greater volume and frequency.
The ripple effect across the ecosystem
The most interesting thing about these moves is the ripple effect they can generate. When regulation is favorable, public funding is robust, and private capital is present, the ecosystem starts attracting talent — researchers, engineers, and entrepreneurs who would have previously migrated to other countries begin to see real opportunities to build cutting-edge technology within India. This fuels a virtuous cycle of innovation that feeds on itself and could transform the country position in the global technology chain within a few years.
India is already recognized as a powerhouse in software services and is now clearly positioning itself to be relevant in hardware and applied science as well. The availability of skilled engineers is an enormous competitive advantage, but it only translates into concrete results when a proper support ecosystem exists — and that is exactly what this package of changes is trying to build.
Lessons for other innovation ecosystems
India move brings important lessons for other countries trying to build or strengthen their deep tech ecosystems, including Brazil. The first and most obvious is that regulation matters — a lot. There is no point in having brilliant talent, productive research universities, and market demand if the rules of the game do not recognize the particularities of the sector. When a startup developing a new type of biological sensor is treated the same way as a delivery app, something is deeply wrong with the regulatory framework. India decision to create distinct categories and realistic timelines for deep tech is something that should be studied by any government that takes technological innovation seriously. It is not about granting privileges — it is about recognizing that different maturation timelines require different rules.
The second lesson is about the importance of strategically combining public and private funding. Many countries try to solve the innovation problem with tax incentives alone or with public funds alone. The Indian approach shows that the most effective strategy is to create a layered system where the government absorbs the risk during the most uncertain phases and private capital enters when the risk-reward ratio becomes more attractive. This model reduces dependence on any single source of funding and builds resilience into the ecosystem. On top of that, the presence of international venture capital funds brings not just money but also governance expertise, access to global markets, and networks that can significantly accelerate a startup trajectory.
What to expect going forward
For investors betting on long-horizon technologies, the ultimate test will be whether India can deliver globally competitive results. Arun Kumar, from Celesta Capital, defined the benchmark he is looking for to gauge the maturity of the Indian deep tech ecosystem: seeing at least ten globally competitive Indian deep tech companies achieve sustained success over the next decade.
It is an ambitious goal, but one that reflects the scale of both the opportunity and the challenge. The gap between India and global leaders in deep tech investment volume is still enormous. However, the combination of regulatory reform, billions in public capital, alliances with world-class venture capital funds, and a pool of engineering talent that few countries can match creates a solid foundation to compete.
Finally, it is worth pointing out that speed of execution makes a difference. India did not just identify the problem — it acted in a coordinated manner, combining regulatory reform, public capital allocation, and engagement with the private sector in a cohesive move. Other countries that have been debating similar changes for years without making real progress can learn from this decisiveness. The global deep tech market is expanding rapidly, and the countries that create the right conditions now will reap the rewards in the coming decades. The race for leadership in semiconductors, biotech, and space technologies is just getting started, and whoever sets the right funding and regulatory rules will attract the best talent and the best projects 🚀
