Indian IT companies are under age age-old influence of old traditional thought process, where we will supply only cheap labour for an astronomical profit generation business model. The biggest question as of date is why Indian companies are not building things like Nvidia or a DeepSeek? Why has India, despite its vast talent pool, not yet produced an Nvidia or a DeepSeek? Now every investment cannot be done by the government alone, where the taxpayers' funds will be deployed, while corporates will enjoy the fruits of dividends and valuations. India needs a new thought process behind the upcoming IT industry growth and competition created by the global architecture.
A country like China, which is already
a manufacturing hub for the global economy, has also emerged with a
breakthrough large language model. It was hailed as the country’s “Sputnik
moment through China’s DeepSeek,” symbolising a leap forward in artificial
intelligence. Similarly, Nvidia’s dominance in advanced chipmaking reflects how
innovation ecosystems in the US and China are producing global technology
giants. This raises a crucial question:
India has long prided itself on
its engineering talent. Many of the top minds at Nvidia, Google, Microsoft, and
leading AI start-ups are Indians, often trained at prestigious institutions
such as the IITs, MIT, or Carnegie Mellon. Yet, the irony is that this talent
flourishes abroad rather than within India. The phenomenon of brain drain—where
India’s brightest leave for better-funded research environments and
entrepreneurial ecosystems—remains one of the biggest hurdles in building
homegrown giants.
Unlike China and the US, where venture capital flows freely into early-stage,
high-risk projects, India still suffers from a scarcity of funding for
deep-tech ventures. Start-ups often struggle to raise capital beyond
consumer-facing or IT services models, leaving hardware and semiconductor
innovation underfunded.
Leading Indian universities have produced world-class graduates but have fallen
short in commercialising research. In contrast, ecosystems in Silicon Valley
and Beijing thrive on collaboration between academia, start-ups, and industry.
India’s research institutions often remain isolated, with limited incentives to
convert innovation into scalable businesses. The biggest gap in the Indian education system.
A significant proportion of India’s top computer science graduates migrate
abroad. Without sufficient local opportunities, the best and brightest end up
driving innovation for foreign companies. At the same time, restrictive
immigration policies in the US have occasionally slowed this flow, but India
has yet to fully seize the opportunity to retain this talent.
Despite these limitations, India
is making strides. Venture capital investments in India grew from $9.6 billion
in 2013 to $13.7 billion in 2023, positioning the country as Asia-Pacific’s
second-largest market for start-ups. Growth in consumer technology, fintech,
and AI-driven businesses shows promise. Moreover, with the rise of generative
AI and the digital economy, India has an opportunity to pivot towards deeper
forms of innovation.
Conclusion
India has the talent, the scale,
and the ambition to produce global technology giants. But what we lack is investments
and a mindset change by the big companies of India.
What it lacks is a supportive ecosystem that nurtures high-risk innovation, retains talent, and bridges the gap between research and commercialisation. With structural reforms and bold policy support, India can aspire not just to be a hub for IT services but also a birthplace for the next Nvidia or DeepSeek. The foundation is strong—what is needed now is vision, investment, and the courage to innovate.
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