Make in India boost! Govt recognises one start-up per hour in May

India’s Startup Ecosystem Creates Nearly 25 Lakh Jobs as Innovation Moves Beyond Metro Cities

The RISE Conclave 2026 was held under the theme “Innovation & Entrepreneurship Driven Growth for Viksit Bharat 2047.” The event brought together the four pillars of Research, Industry, Startups and Entrepreneurship, creating a platform for collaboration between laboratories, businesses, investors, academic institutions and policymakers. More than 125 startups participated in the conclave, many of them working in deep-tech and aerospace-related sectors.

India’s startup movement has become one of the country’s strongest engines of employment, innovation and technology-led growth. Addressing the RISE Conclave 2026 in Bengaluru, Union Minister Dr. Jitendra Singh said that Indian startups have generated nearly 24–25 lakh jobs over the last decade, showing how entrepreneurship has moved from a niche activity into a national economic force.

The scale of this transformation is remarkable. Around ten years ago, India had only about 350–400 startups. Today, that number has expanded to nearly 2.3 lakh ventures, making India the world’s third-largest startup ecosystem. This growth reflects the country’s shift from a service-driven economy into a wider innovation economy where young entrepreneurs, researchers, scientists, engineers and investors are working together to build new products and platforms.

The RISE Conclave 2026 was held under the theme “Innovation & Entrepreneurship Driven Growth for Viksit Bharat 2047.” The event brought together the four pillars of Research, Industry, Startups and Entrepreneurship, creating a platform for collaboration between laboratories, businesses, investors, academic institutions and policymakers. More than 125 startups participated in the conclave, many of them working in deep-tech and aerospace-related sectors.

A major highlight of the event was India’s growing strength in high-technology entrepreneurship. Dr. Jitendra Singh pointed to mach33.aero, India’s first public-private aerospace incubation centre, established by CSIR-NAL with its partners. The centre has completed five years of operation and has incubated 34 startups, showing how India’s scientific institutions are helping new companies enter advanced sectors such as aerospace, space technology, materials, propulsion, artificial intelligence and manufacturing.

The rise of startups in Tier-2 and Tier-3 cities was another important theme. More than 50 percent of Indian startups now come from smaller cities, proving that innovation is spreading beyond Delhi, Mumbai, Bengaluru, Hyderabad and other metropolitan hubs. This is one of the most important changes in India’s entrepreneurial map. Smaller cities are now producing founders, coders, engineers, designers, agri-tech innovators, biotech researchers and digital service providers who are building solutions for local, national and global markets.

This shift has major social and economic value. When startups grow in smaller towns, they create local jobs, reduce migration pressure, support regional talent and bring investment into new geographies. It also allows young people to pursue entrepreneurship from their own regions instead of depending only on metropolitan ecosystems. India’s startup story is therefore becoming more decentralised, inclusive and rooted in local aspirations.

Dr. Jitendra Singh credited the national push for startups to Prime Minister Narendra Modi’s Startup India call in 2015. He said the initiative helped turn innovation into a wider national movement and encouraged young Indians to choose technology, research and entrepreneurship as career paths. Policy reforms also opened strategic sectors to private participation, giving startups new opportunities in space, biotechnology, deep ocean exploration, nuclear energy and other advanced domains.

The opening of the space sector has been especially significant. Private companies are now becoming part of India’s space economy through satellites, launch systems, downstream applications, components, software and analytics. Similar changes are visible in biotechnology, where startups are working on diagnostics, vaccines, bio-manufacturing, agri-biotech and health solutions. In deep ocean exploration and nuclear-linked technologies, private participation is expected to support research, engineering, instrumentation and specialised manufacturing.

The Minister also highlighted India’s improvement in global innovation indicators. Patent filings by Indian residents have increased, Indian research output has gained greater international visibility, and more Indian scientific papers are appearing among globally cited publications. These developments show that the startup ecosystem is being supported by a stronger research base, better intellectual property awareness and closer connections between science and industry.

Emerging technology missions are also shaping the next phase of India’s innovation journey. The National Quantum Mission has an eight-year roadmap and has already achieved several milestones ahead of schedule, while the IndiaAI Mission is creating opportunities in computing infrastructure, data ecosystems, innovation and future skills. These missions are important because the next generation of startups will be built around artificial intelligence, quantum technology, advanced computing, robotics, cybersecurity, semiconductors, clean energy and strategic technology platforms.

The RISE Conclave also focused on practical outcomes. Dr. Jitendra Singh said the success of such platforms should be measured through technologies licensed from laboratories, startups incubated, investments secured, industry partnerships created, products commercialised and jobs generated. This approach is important because India’s innovation ecosystem must move beyond discussion and produce measurable economic impact.

The conclave featured thematic sessions on aerospace technologies, artificial intelligence for societal transformation and agri-food innovation. It also included exhibitions, startup showcases, technology transfer agreements and interactions between innovators and industry leaders. These engagements can help young companies access mentors, customers, investors, laboratories, testing facilities and manufacturing partners.

India’s startup movement is now entering a deeper phase. The first phase created awareness and founder energy. The second phase built unicorns, digital platforms and venture networks. The next phase will depend on deep-tech, manufacturing, research commercialisation and global-scale intellectual property. For Viksit Bharat 2047, startups will have to create jobs, build strategic technologies, strengthen self-reliance and solve national challenges in health, agriculture, defence, energy, climate and digital governance.

The message from RISE 2026 is clear: India’s future growth will come from laboratories, factories, startups, universities and young innovators working together. The expansion from a few hundred startups to nearly 2.3 lakh ventures shows that entrepreneurship has become a national movement. With deep-tech platforms, smaller-city founders, research institutions and government missions coming together, India’s startup ecosystem is becoming one of the central pillars of the country’s journey toward Viksit Bharat 2047.