From Invention to Impact: How India’s Deep Tech Startups Are Building an Innovation Economy Rooted in IP

India’s evolution from a technology services giant to a frontier innovation economy is no longer a distant aspiration. It is a measurable reality. The country’s deep tech startup ecosystem, long underestimated as a source of genuine invention, is now generating intellectual property at a pace and quality that commands global attention. The true measure of this shift lies not in funding raised, but in innovation protected.

India today hosts over 7,000 deep tech startups, a number projected to cross 10,000 by 2030, making it the third largest startup ecosystem in the world. In 2024 alone, Indian deep tech startups raised USD 1.6 billion in funding, a 78 percent increase year on year. Government interventions, from the ₹20,000 crore Deep Tech Fund of Funds to the IndiaAI Mission and National Quantum Mission, have accelerated this momentum. Yet funding is an input. What defines an innovation economy is the quality of the output, and on that front, a newly published report tells a compelling story.

The Evidence Base

The Comprehensive Report on the Indian Deep Tech Startup IP Ecosystem analysed 602 patents filed by 88 startups supported through Qualcomm’s QDIC and QWEIN programmes. The numbers that emerge are striking in ways that go beyond simple volume.

Patent filings from this cohort grew from a single filing in 2016 to nearly 200 in 2024. That is a 200-fold increase in eight years. But what makes this more than just a filing story is the quality behind the quantity. Forty five percent of those patents have already been granted, a ratio that is unusual even among startups in established innovation economies. These are not precautionary filings or speculative applications. They are substantive inventions clearing rigorous examination.

Perhaps the most telling statistic is this: these 88 ventures represent just 1.3% of India’s deep tech startup base, yet they account for approximately 5% of all startup patent filings nationally. The implication is important. Targeted mentorship, technical support, and IP guidance can produce innovation returns far in excess of what the numbers of participants would suggest.

Where India Is Innovating

Walk through the data sector by sector and a clear picture emerges of where India’s deep tech strength is genuinely concentrated.

https://www.financialexpress.com/opinion/indias-march-towards-deep-tech/3607463/ 

https://www.pib.gov.in/PressReleasePage.aspx?PRID=2185694&reg=3&lang=2 

https://dst.gov.in/budget-2020-announces-rs-8000-cr-national-mission-quantum-technologies-applications

Healthcare and diagnostics sit at the top. Startups like Adiuvo Diagnostics, Dozee, Janitri Innovations, and Artelus are not building incremental improvements on existing products. They are creating AI driven diagnostic platforms, contactless patient monitoring systems, and medical imaging tools designed for the realities of Indian healthcare, and filing patents on them in markets from the US to Europe. Nearly half of the top 20 IP generating startups in the study hold at least one healthcare related patent.

Artificial intelligence threads through almost everything. Over 40% of startups in the dataset have integrated AI into their patented inventions, not as a feature but as a core part of what makes the invention protectable. The shift from hardware only IP to intelligence embedded systems is one of the report’s most important findings. Indian startups are increasingly building the algorithms and perception models themselves, rather than licensing them from elsewhere.

Then there are the sectors that might surprise people. Steradian Semiconductors, acquired by Renesas Electronics in 2022, developed 4D millimetre wave imaging radar chips that are now powering automotive driver assistance systems globally. Dimension NXG is building mixed reality hardware. Planys Technologies has filed 26 granted patents on autonomous underwater inspection robots deployed by energy companies across three countries. These are not services companies. They are product companies with IP portfolios that would be competitive in any market.

A System That Is Working

None of this happened by accident. One of the more underreported stories in Indian innovation is how dramatically the patent system itself has improved. In 2016, the average time to grant a patent in India was over 75 months. By 2023, it had fallen to approximately 15 months. That is a fivefold improvement that now puts India within reach of the USPTO’s average of 11 months.

For a startup, that difference is not administrative. A patent granted in 15 months is a patent that can be shown to investors during a funding round, cited in a licensing conversation, and used to defend a product before a competitor catches up. Speed in the patent system translates directly into commercial advantage.

The international picture is also changing. The report’s expanded dataset shows filings across more than 20 countries. Adiuvo Diagnostics holds patent family presence across 34 jurisdictions. Cradlewise’s infant monitoring patent has attracted 58 forward citations from other researchers and companies, a level consistent with patents from global R&D leaders. Lightmetrics Technologies holds automotive vision patents cited 33 to 35 times. These are not numbers that belong to a country still figuring out how to compete. They belong to one that already is.

The Road Ahead

The report is honest about the gaps. Deep tech hardware is still difficult to fund. Patent prosecution, especially for international filings, remains expensive for early stage companies. Manufacturing infrastructure has not kept pace with innovation output. And despite a well designed set of government IP support schemes, from DPIIT’s Startup IP Protection programme to state level reimbursement policies in Karnataka, Maharashtra, Tamil Nadu, and elsewhere, awareness and uptake among eligible startups remains lower than it should be.

The university to startup pipeline is another area that needs attention. Several institutions are producing world class IP, but in some cases patents remain under university ownership rather than being transferred or co-owned by the spin off companies trying to commercialise them. Cleaner licensing frameworks and co-ownership models would go a long way toward closing that gap.

India’s deep tech startups are not waiting for permission to compete globally. They are already doing it. What this report demonstrates is that the foundation for genuine, durable innovation leadership is being laid, patent by patent, sector by sector, startup by startup.

The shift from Make in India to Invent in India is not a slogan. It is a trajectory that the data now supports. The question is no longer whether Indian startups can build IP that matters on the world stage. They clearly can. The question is whether the policy environment, the funding ecosystem, and the institutional infrastructure will move fast enough to match the ambition of the companies leading the way.

To read the entire report, visit: 

https://ciiipr.in/pdf/CII%20-%20Qualcomm%20deeptech%20report%20(printable%20file).pdf