‘India Firmly On Its Way To Become A Global AI Powerhouse’

Akash Kushwaha, an AI enthusiast and a software developer based in Bangalore, says that India is poised to become a data centre hub. His views:

Indian youth are not merely passive consumers but are taking ownership of Artificial Intelligence, actively participating in skill development programs and developing new AI tools. From the initial days of scepticism, AI is now increasingly being viewed as a “force-multiplier” that will enhance productivity and create new, higher-value, and creative roles, rather than just eating up jobs.

Youngsters are being urged to focus on building practical, actionable AI skills in fields such as gaming, animation, and content creation rather than attaining just theoretical know-how. Young innovators are focusing on applying AI tools to solve real-world problems in sectors like agriculture, healthcare, and education.

And as far as the stats reflect, AI is the next thing that is happening. Professionals working in organizations with advanced AI integration show higher optimism (71% are enthusiastic) compared to those in low-adoption workplaces. There is also a strong consensus on the need for continuous learning, with 57% of Indian professionals receiving employer-provided AI training and are focusing on moving from generative AI (e.g., creating text) to agentic AI (systems that take action).

Reports in the media and various 2025-26 industry reports reveal a complex, dual-natured perspective among India’s youth and professionals – While there is high confidence in AI’s potential to drive innovation, significant anxiety persists regarding job security and the need for constant adaptation. The recently held AI summit in India has transitioned from discussion to deployment – with over $90 billion in investments already committed and a target of $200 billion by 2030. India is projected to grow its capacity fivefold, from 1.5 GW in 2025 to 8-10 GW by 2030.

India is considered to be the world’s Number 3 AI power, after the US and China and we are playing across the stack – data centres, models, and its application in fintech, healthcare, logistics, real estate, governance and many more sectors. However, what we require is a level playing field. In 2024, the US pulled in about 100 times more private funding in AI than India, and over the last decade, it has raised roughly 40-50 times more in total. Also, the infrastructure, though growing, is way behind.

I fully agree with the words of our Prime Minister Narendra Modi, who put it all in the simplest terms: “We need AI to be democratic for all, especially the Global South. AI is making machines intelligent, but more than that, it is increasing human capabilities manifold. There is only one difference: this time the speed is unprecedented and the scale is also unexpected.”

Artificial Intelligence is no longer just a technological advancement; it has become a structural force shaping economies, national security, and global influence. The summit hosted by India is not simply about innovation or startups. It represents something deeper – India’s attempt to define its place in a world increasingly organised around AI power.

As told to Rajat Rai

‘Summits Alone Won’t Make India AI Hub; Infra Push, Skill Development Are Key’

Umesh Chand, Asst Prof, AI and Animation, Sharda University, says artificial intelligence thrives on data, and few nations can match the digital depth of India. His views:

The recent AI Summit is being criticised by some as mere optics and hype and being hailed by some as a signal of India’s rise as a global AI data centre hub cannot. In my view, an objective assessment about the event cannot be answered in such simplistic terms. India’s structural advantages are real and substantial. However, the true test lies in execution, sustainability, and long-term vision.

India’s digital public infrastructure — built on platforms such as UPI, Aadhaar, eCommerce systems, and widespread mobile connectivity — has already demonstrated how technology can operate at an unprecedented scale. We have a digitised population of over 1.4 billion citizens generating diverse datasets every day. This scale is India’s biggest strength. Artificial Intelligence thrives on data, and very few nations possess this kind of digital depth and breadth.

From an economic standpoint, I see India as strongly positioned to become a data powerhouse. Compared to the United States, Europe, or Singapore, land acquisition, labour, and operational costs are significantly lower here. This gives India a competitive edge in building hyperscale data centres.

The presence of global giants such as Microsoft, Google, and AWS expanding their cloud infrastructure in India signals long-term strategic commitment. At the same time, domestic conglomerates like Reliance and Adani are investing heavily in data parks and digital infrastructure, not as a temporary trend but as a foundational growth strategy.

ALSO READ: ‘Delhi AI Summit Was A Bitter Experience For Visitors, Participants’

Yet, infrastructure and cost advantages alone will not define India’s AI future. In my view, energy planning is perhaps the most critical factor. Data centres consume enormous amounts of electricity. Without reliable and sustainable energy sources, growth will face serious constraints.

Fortunately, India’s expanding renewable energy capacity — particularly in solar and wind — offers an opportunity to build green AI infrastructure. If we align AI expansion with sustainable energy planning, India can differentiate itself globally as both cost-effective and environmentally responsible.

Another area that demands attention is policy stability. AI innovation flourishes in environments where regulations are clear, consistent, and innovation-friendly. Data protection frameworks, cyber-security policies, and cross-border data flow regulations must strike the right balance between security and openness.

As an academic working in AI and animation, I see immense talent among our students and researchers. What they need is an ecosystem that supports experimentation, protects intellectual property, and encourages product development rather than limiting them to service roles.

Most importantly, I believe India’s greatest asset is its people. Every year, we produce one of the world’s largest pools of engineers, developers, and AI researchers. Our start-up ecosystems in cities like Bengaluru, Hyderabad, Delhi-NCR, and Pune are already building AI-driven solutions in healthcare diagnostics, language technologies, financial inclusion, and smart logistics.

With focused skill development programs and stronger industry-academia collaboration, we can transition from being a service-driven economy to becoming a creator of AI products and infrastructure.

For me, the India AI Impact Summit 2026 should not be seen as an event of optics but as a moment of accountability. Announcements alone will not make India an AI hub. Sustained infrastructure investment, energy preparedness, regulatory consistency, and human capital development will determine whether we convert potential into leadership. If we remain disciplined and strategic, I am confident that India is not just participating in the AI revolution — we are poised to shape it.

As told to Deepti Sharma

‘Delhi AI Summit Was A Bitter Experience For Visitors & Participants Alike’

Ajith Pillai, a seasoned journalist based in Chennai, says while AI cannot replace human intelligence it will be widely used as a ruse by companies to justify downsizing. His views:

The AI International Summit 2026 was an embarrassment for the government, especially given the hype surrounding the event. The arrangements were substandard. Social media reflects how visitors, who had paid, had a harrowing time. A stream of VVIP visitors hindered movement, and there were complaints about poor connectivity at the venue.

From what one gathers, the summit was organised to achieve two objectives: (a) to emphasise India’s position as a major player in the IT sector by showcasing its innovations; and (b) to roll out the red carpet for tech billionaires to invest in the AI sector in India. To achieve the second objective, the Union Budget had promised a 21-year tax holiday, till 2047, for foreign players investing in data centres in the country.

Remember, hyper-scale generative AI-compatible data centres are essential to support future generative AI innovation and training. That these data centres cause environmental damage and consume huge amounts of electricity and clean water was perhaps not given serious consideration. Neither were the widespread protests against such centres in the US, Europe, and Latin America.

Attracting foreign investment, which would reflect in higher GDP figures, was clearly the government’s sole priority. In any case, when was water scarcity for ordinary citizens and farmers a real concern?

Failing meet green objectives by burning additional fossil fuels to generate electricity has usually been dismissed as a topic for discussion only at carbon-emission seminars!

It is likely that the government will attract investment from Silicon Valley. One will hear of several new partnerships being forged with big Indian businesses. With a lucrative tax holiday and a supportive government, why won’t Big Tech find India attractive?

As for the first objective of showcasing local innovation, the Summit began on a farcical note that attracted much media attention. For reasons known to the organisers and the government, UP-based Galgotias University, better known for its political affiliation than its scientific tradition or research, was allotted a high-profile pavilion. It showcased a ₹350-crore AI ecosystem that it claimed had been developed by its faculty and students.

ALSO READ: Bureaucrat at AI Summit Dispels Fears of Job Loss

On display was a robodog, ‘Orion’, which was presented as a proprietary, “Made in India” creation developed at the University’s “Centre of Excellence”. But the claim was immediately contested by visitors who identified Orion as “Unitree Go2”, manufactured by the Chinese robotics company, Unitree. If that was not enough, a “soccer drone arena”, also on display as an original, was a Korean product, “Stryker V3 ARF”, available online.

Galgotias were asked to leave the Summit in shame, and their pavilion was sealed off. The robodog controversy became a joke, and cartoonists had a field day.

All said and done, the AI summit left a sour taste, although much of the mainstream media, predictably, has been declaring it as a resounding success.

Generative AI is the new buzzword in Silicon Valley. It is artificial intelligence designed to produce output that would normally require human intelligence by applying machine learning techniques to large datasets. It is supposed to work wonders and take over jobs that humans do.

But the jury is still out on this claim. Every time a new model comes out, the press is inundated with news of how doctors, artists, lawyers, journalists, designers, musicians, and what have you will lose their jobs. When Claude Sonnet 4.6 and Claude Opus 4.6, new models from Anthropic, were released earlier this month, reports surfaced that all white-collar jobs will be taken over by AI.

Later, feedback suggests that the latest crop of generative AI may not be as good as it is made out to be. In fact, a Microsoft study found that AI models in the market are not good at deciphering layered or complex commands as humans can.

So, jobs may not be lost on the scale as predicted, and AI may end up being a tool that assists humans. But it is widely used by companies to justify downsizing, spread fear among their workforce, and underpay their staff. One often hears of tech companies that over-hired post-COVID, jettisoning staff and blaming it on AI.

It is the dream of corporates to run companies on a skeletal staff to enhance profits. Also, the dream of techno overlords in Silicon Valley is ‘world domination’, and they think this is possible through AI, which they believe can render humans redundant.  

International information arbitrage today is in the hands of a few players, such as Google, Amazon and Microsoft. Many of our big corporates would like to join that select club. 

Does a country like India need generative AI? It perhaps does if it can improve the lives of ordinary folk. There is a school of thought that believes artificial intelligence can be beneficial across various areas. But for corporates, it is a way to exercise control over people and politicians. India, with a growing population of the unemployed, needs jobs. Tech that steals their livelihood cannot be seen as a positive by any reckoning.

To understand the business of data centres, one must understand what tech companies call the cloud. It is a network of remote, internet-accessible servers that store, manage, and process data.

The cloud exists physically, not in outer space, but in data centres located all over the world. It consists of networked computers, servers, and storage systems. These facilities are operated by providers like Google, Amazon, Microsoft. They store data and run applications, making them accessible via the internet. Almost all online companies depend on cloud providers for their operations.

Cloud is known as the new real estate. The more of it you own, the more powerful you are in a world dependent on the internet. So, the big players are keen to create their own cloud space.  Indian big business would also like a slice of the cloud and would be happy riding piggyback on Silicon Valley’s techno-feudal overloads, who are looking to set up more and more data centres to grab more of that cloud space.

Generative AI requires mega data centres with large-scale computational resources for generative AI training. Such centres must have super-efficient hardware components to be effective. These hyper-scale outfits are known to guzzle water and power, and can disrupt the electric supply, and can depress the water table in areas surrounding them. This is why there have been protests against them in the US, Europe, and Latin America. In the US alone, $98 billion worth of data centre projects were delayed or cancelled last year.            

So, Big Tech had to find new pastures, and India is laying out the red carpet. The unfortunate part is that many of them might be located in water-deficient states like Rajasthan, parts of UP, Maharashtra, Andhra Pradesh, West Bengal and Tamil Nadu. Data centres will initially be located near cities, but many fear they could soon move into the hinterland, where land is cheaper.

As for employment, much of the work related to data centres will be generated during the construction phase. Once it becomes functional, even a large data centre will require fewer than 200 permanent employees.

As told to Amit Sengupta