The stark contrast...

On one side stands Adani, increasingly moving beyond conventional infrastructure into strategic industrial capacity. Its defence arm now spans ammunition, missiles, UAVs, counter-drone systems and aerospace, while the group is investing heavily in ports, airports, energy and other physical infrastructure. In July 2026, Adani Defence announced a ₹2,500-crore private-sector missile ecosystem in Madhya Pradesh.

On another side is Reliance, whose latest consumer offensive is almost the mirror image: a ₹10 ice cream under Bombay Creamery. It is a perfectly rational business strategy—use enormous retail reach, distribution, purchasing power and pricing to capture another consumer category. Reuters describes the strategy as an extension of Reliance's earlier Jio and Campa playbook.

And then there is a third India emerging almost underneath the radar:

startups building things that India barely attempted to build before.

Space launch vehicles.
Hyperspectral satellites.
GaN semiconductor devices.
AI accelerators.
Drones and autonomous systems.
Robotics.
Medical imaging.
Advanced materials.
Defence electronics.

India now has roughly 440 registered space-tech startups, compared with essentially a government-dominated space ecosystem a decade ago.

And semiconductor startups are beginning to move from merely designing chips to commercialisation. Government-backed programmes have supported dozens of domestic chip-design projects, while companies such as Agnit are attempting to build indigenous GaN capabilities for defence, space and telecommunications.

But there is an important caveat

It would be unfair to say:

Adani = innovation, Reliance = ice cream.

That would confuse business strategy with technological ambition.

A ₹10 ice cream can itself be an impressive exercise in supply-chain engineering, procurement, cold-chain logistics, retail distribution and cost optimisation. And Reliance has historically demonstrated an extraordinary ability to take technology-intensive infrastructure and turn it into mass-market products.

Likewise, Adani's airports, ports, transmission networks and defence manufacturing aren't necessarily frontier science. Much of it is industrial-scale execution.

And execution matters enormously.

A country doesn't become technologically powerful merely by producing clever prototypes. It needs factories, ports, power, logistics, supply chains, financing and procurement systems capable of turning inventions into millions of physical products.

The really interesting story is the third layer

The most encouraging development may therefore be neither Adani nor Reliance.

It may be the emergence of India's deep-tech startup ecosystem.

These companies are attempting something fundamentally different:

They are trying to create products, not merely markets.

A space startup asks: Can we put something into orbit?

A semiconductor startup asks: Can we design the chip ourselves?

A drone startup asks: Can we build the sensor, flight controller, autonomy stack and airframe ourselves?

A medical-technology startup asks: Can we build the machine rather than import it?

That distinction is profound.

For decades, India's comparative advantage was largely services + software + low-cost engineering + consumption.

The emerging model is:

science → engineering → prototype → manufacturing → global product.

That is a much harder journey.

And it is precisely why the numbers are still small. India's space ecosystem, for example, has grown to hundreds of startups, but many remain at the transition from prototype to commercial scale.

The danger

There is also a serious danger in romanticising startups.

For every spectacular deep-tech success story, there may be dozens that never reach production.

A ₹10 ice cream can generate revenue tomorrow.

A GaN semiconductor may require years of R&D, specialised fabrication, qualification, capital and customers before generating meaningful revenue.

A medical-imaging company faces regulatory hurdles.

A rocket company faces catastrophic technical risk.

A defence startup may spend years waiting for procurement.

So the market naturally rewards the former much faster.

Deep tech is a patience game.

And that is why India needs all three.

Perhaps the real Indian opportunity is the combination

Imagine the ecosystem working together:

Startup
↓
invents the technology

Large industrial group
↓
provides capital + manufacturing + supply chain

Government/armed forces/hospitals
↓
becomes the first customer

Indian semiconductor ecosystem
↓
localises critical electronics

Infrastructure companies
↓
provide factories, ports, power and logistics

Global market
↓
buys the finished product

That is how an innovation economy becomes an industrial civilisation.

The encouraging sign is that this ecosystem is beginning to appear. Government programmes are explicitly trying to connect startups with manufacturing and commercialisation; even large engineering companies are now working with deep-tech startups to move technologies from prototype to market.

The deeper question...

It's not as simple as

Adani is building serious things, Reliance is selling ice cream, and startups are innovating.

Rather...

India's billionaires are becoming better at deploying capital, while India's young entrepreneurs are increasingly learning how to create technology.

The next challenge is to connect the two.

Because ₹10 ice cream can make a company richer.

A successful Indian GaN chip, MRI machine, autonomous drone or orbital launch system can make the country technologically richer.

And that is the transition India desperately needs:

from a nation that consumes technology cheaply
to a nation that invents, manufactures and exports technology.

The real measure of India's next decade will therefore not be how many more consumer categories billionaires enter.

It will be how many technologies that India once imported become technologies that the world buys from India.

That, more than any single corporate investment, would be the real test of Atmanirbharta.

A Nation Is Not Defeated Until It Forgets Who It Is - reclaiming WhoWeAre...

A nation is not defeated merely when it loses a war or its land is occupied.

A nation is truly defeated when its people are made to forget who they are.

History shows that military conquest is not always enough to control a civilization. A more lasting conquest can come through cultural subversion—when a people gradually begin to see their own language, traditions, history and civilization as inferior, while believing that everything foreign is inherently superior.

Bharat has witnessed invasions, changing kingdoms and centuries of foreign rule. But Bharat survived because its civilization did not live only in palaces or political institutions.

It lived in ordinary homes.

In mothers speaking their mother tongue.

In grandparents telling the Ramayana and Mahabharata.

In festivals, songs, literature, philosophy and countless local traditions.

Yet political domination can sometimes be followed by something more subtle: an attempt to reshape how a people see themselves. When generations are disconnected from their history, taught to feel ashamed of their cultural inheritance, or gradually lose their language and civilizational memory, the conquest becomes deeper.

That is why preserving sanskriti does not mean rejecting modernity.

We can build artificial intelligence, explore space and embrace science while remaining connected to our roots.

We can speak global languages without abandoning our mother tongues.

We can look towards the future without becoming strangers to our past.

A tree grows taller not by cutting its roots, but by strengthening them.

Armies can occupy land.

Empires can redraw borders.

But the deepest victory over a nation comes when its people voluntarily abandon their own cultural memory.

As long as a people remember their stories, speak their languages, and carry their sanskriti from one generation to another, their civilization remains alive.

A nation is not defeated when it loses a battle.

It is defeated only when it forgets who it is.

And as long as Bharat remembers its civilizational memory, Bharat lives.

NCERT Is Bringing Bharat’s Intellectual Roots Back to the Classroom

Something interesting is happening in the new NCERT textbooks.

Watch...

It isn't simply a return to “ancient India”. Rather, the textbooks are beginning to present Bharat's intellectual traditions as part of India's history of knowledge and inquiry.

The clearest example is the new Class VI Social Science textbook, Exploring Society: India and Beyond, particularly Chapter 7 — “India's Cultural Roots”. The chapter is explicitly devoted to the Vedas, Upanishads and the evolution of Indian schools of thought.

The Vedas are presented as knowledge traditions

The textbook describes the Vedas as India's ancient texts and identifies the four Vedas—Ṛig, Yajur, Sāma and Atharva. It also notes that Vedic hymns were composed by rishis and rishikas and preserved through an extraordinarily sophisticated oral tradition.

The book doesn't stop at rituals.

It asks students to explore the ideas contained in these traditions.

Then come the Upanishads

The textbook says:

“The Upaniṣhads introduced the ideas of rebirth, karma … ātman (the Self), and brahman…”

It then introduces Vedanta, explaining the idea that the universe, nature and human life are connected through the underlying reality of brahman. It also introduces the famous formulations:

“Aham brahmāsmi” — “I am brahman.”

and

“Tat tvam asi” — “You are That.”

These are not being presented as exotic mythology. They are being introduced as philosophical ideas that emerged from India's intellectual traditions.

The textbook even explains the Upanishadic concept of ātman and concludes:

“everything in this world is connected and interdependent.”

And this is not confined to the Class VI textbook

The National Curriculum Framework goes one step further.

It explicitly describes the Panchakosha teaching of the Taittiriya Upanishad as:

“one of the earliest articulations of the different domains of development of the human being.”

And then comes the really interesting part.

NCERT places this Indian framework alongside Developmental Biology, Psychology and Cognitive Neurosciences.

That is the right approach.

We don't need to claim that an ancient text already contained modern neuroscience.

Nor do we need to dismiss an ancient intellectual tradition simply because it predates modern science.

We can study it, understand it, question it—and see what it tells us about how Indians thought about the human being, consciousness, society and the universe.

Perhaps this is the real change

For a long time, Indian civilisation was often taught primarily through its monuments, rulers, invasions and political history.

The new textbooks are making room for something else:

India as a civilisation of ideas.

The Vedas.
The Upanishads.
Vedanta.
Yoga.
Buddhism.
Jainism.
Folk and tribal traditions.

Not necessarily as things that students must believe—but as ideas they should know existed, understand and critically examine.

That is not a rejection of modernity.

It may actually be a more confident form of modernity:

A modern Indian child can learn quantum physics and the Upanishads.
Study neuroscience and Panchakosha.
Learn Python and Panini.

There is no contradiction.

A civilisation does not become modern by forgetting its intellectual roots.

**Perhaps the most interesting thing happening in the new NCERT books is that Bharat's ancient tradition of inquiry is once again being allowed to speak in the classroom.**

Let ISRO Research. Let Industry Build - Government of Bharat is doing the right thing...

One of the most important changes in India's space programme is the gradual separation of space R&D from the routine production of mature launch vehicles.

I believe the Government of India has got this right.

For decades, ISRO designed, developed, manufactured and launched its rockets. That model was necessary when India was building its space capability.

But today, ISRO's most valuable resource is its scientific and engineering talent.

Why should that talent remain tied up manufacturing mature vehicles like PSLV when India needs ISRO to work on:

• reusable launch vehicles

• advanced propulsion

• human spaceflight

• lunar and planetary missions

• space stations

• next-generation satellite technologies

The right model is becoming clearer:

ISRO develops the technology.
Industry manufactures it at scale.
NSIL commercialises it.
IN-SPACe enables the wider ecosystem.

The industrial production of PSLV and the technology transfer of SSLV to Indian industry are important steps in this direction.

This is not about reducing ISRO's role.

It is about freeing ISRO to do what only ISRO can do — push the technological frontier.

India doesn't need ISRO to remain the country's largest rocket manufacturer.

It needs ISRO to remain the country's space technology engine.

Let ISRO invent the future. Let Indian industry build it at scale.

From The World is Flat to The Flat is the World - how AI is altering the organizational structure...

Thomas Friedman’s The World Is Flat captured an important transformation of the internet age: technology was removing geographical barriers. A programmer in India could work for a company in America; a designer in Kolkata could serve customers in London.

The world became flat.

AI may be taking us one step further:

The World Is Flat → The Flat Is the World.

The next great transformation may not simply be about globalizing companies. It may be about shrinking the organization itself.

A traditional company needs departments: engineering, marketing, sales, finance, customer support and operations.

AI increasingly gives a single entrepreneur access to many of these capabilities.

One person can have AI agents research a market, write software, analyze data, create marketing material, answer customers, prepare documentation and automate operations.

The entrepreneur becomes less a manager of people and more an orchestrator of intelligence.

From company to individual

For decades, growth generally meant hiring more people:

More customers → more employees → more managers → bigger organization.

AI potentially breaks this relationship:

More customers → more software + more AI → little additional headcount.

A company with ten people might eventually accomplish what once required hundreds.

And some businesses may be operated by one person with an AI-powered workforce.

This doesn't mean every company will become a one-person company. Physical industries, complex research, healthcare, manufacturing and many other sectors will continue to require teams.

But the minimum size required to create something globally significant may fall dramatically.

The new entrepreneur

The scarce resource may no longer be execution.

It may be judgment.

What should we build?

Who should we serve?

What problem is worth solving?

What should we automate—and what should remain human?

AI can multiply the capabilities of an individual, but the individual still has to decide where to point that capability.

That could create a new kind of economic freedom: a person with an idea, a laptop and AI could potentially operate a globally distributed business without building a traditional organization first.

The internet flattened the world by eliminating distance.

AI may flatten the organization by eliminating the need for people to perform every specialized function themselves.

So perhaps the sequel to The World Is Flat isn't:

The World Is Flatter.

It is:

The Flat Is the World.

The laptop becomes the office.

The cloud becomes the infrastructure.

AI becomes the workforce.

And the individual becomes the organization.

The UAE’s “Free Visa” for Indians: Who Really Needs Whom?

There is a delicious irony in the way the UAE's easier visa access for Indians is being presented.

It sounds like the UAE is doing Indians a favour.

Perhaps we should look at it from the other side.

What if the UAE needs Indians more than Indians need the UAE?

That question becomes particularly interesting when viewed through the lens of economics.

Because beneath the language of hospitality, tourism and convenience lies a much harder reality:

The global marketplace is becoming brutally competitive.

Countries are competing for capital.

For entrepreneurs.

For skilled professionals.

For tourists.

For consumers.

For businesses.

And increasingly, they are competing for something even more valuable:

Indians.

---

India is no longer the country knocking on the door

For decades, the psychological relationship between India and the Gulf was straightforward.

Indians went there to work.

They earned money.

They sent it home.

The Gulf economies benefited from an enormous supply of hardworking Indian labour.

But that relationship has fundamentally changed.

Today's Indian economic footprint is dramatically larger.

Indian entrepreneurs build companies.

Indian engineers build technology.

Indian professionals run corporations.

Indian investors buy property.

Indian tourists fill hotels, restaurants and shopping centres.

Indian students enter global universities.

And Indian consumers represent one of the world's largest and fastest-growing markets.

India isn't merely exporting labour anymore.

India is exporting economic influence.

---

And the UAE understands this

The UAE has built an extraordinary economic model.

It doesn't possess the population of India.

It doesn't possess India's enormous domestic market.

It doesn't possess India's vast agricultural hinterland.

It doesn't possess India's enormous pool of engineers and entrepreneurs.

What it possesses is something different:

location, infrastructure, capital, connectivity and speed.

Dubai has essentially attempted to become a global marketplace sitting between East and West.

But marketplaces need customers.

They need businesses.

They need capital.

They need tourists.

They need professionals.

And Indians are exceptionally important to all five.

So making access easier isn't necessarily an act of generosity.

It can be viewed as market strategy.

---

The “free” is psychological

This is where the word free becomes interesting.

Free creates attraction.

It reduces psychological resistance.

It encourages experimentation.

A person who might hesitate to spend money and effort obtaining a visa may think differently when the barrier is removed.

“Let's go and see.”

Perhaps they explore Dubai.

Perhaps they stay in a hotel.

Perhaps they attend a business meeting.

Perhaps they look at property.

Perhaps they establish a company.

Perhaps they return with their family.

Perhaps they don't.

But the UAE has gained something valuable:

the opportunity to convert a visitor into an economic participant.

That is how marketplaces work.

Reduce friction.

Increase traffic.

Increase transactions.

---

The bigger fear isn't India

It is the changing global economy.

The world that produced the extraordinary rise of Dubai is changing.

Western economies face demographic pressures, enormous debt burdens and political uncertainty.

China faces structural economic challenges.

Globalisation is becoming more fragmented.

Supply chains are being redesigned.

Capital is increasingly sensitive to geopolitical risk.

And countries that depend on international trade cannot simply wait and watch.

They have to compete.

The UAE has chosen to compete aggressively.

Its strategy is remarkably simple:

If the world is becoming uncertain, become the place where the uncertain world comes to do business.

And India is central to that strategy.

---

The marketplace isn't collapsing — it's being rearranged

Saying that the global marketplace is “collapsing like a pack of cards” makes for a great headline.

But the reality may be more consequential.

It isn't necessarily collapsing.

It is being redistributed.

Economic power is becoming more multipolar.

India is rising.

The Gulf is becoming more ambitious.

China remains enormously important.

The United States remains extraordinarily powerful.

Europe is struggling to maintain its economic momentum.

And smaller but strategically positioned economies are trying to capture disproportionate amounts of global capital.

The UAE is one of them.

Its ambition isn't to become another India.

It cannot.

Its ambition is to become the platform through which India and the rest of the world interact.

That distinction matters.

---

And here lies the irony

For years, Indians were told:

“Go abroad. The opportunities are there.”

Increasingly, the world is telling India:

“Bring your opportunities here.”

That's a profound change.

The direction of economic attraction is shifting.

The Indian entrepreneur is no longer simply looking for a foreign country in which to build a career.

Foreign countries are increasingly looking for the Indian entrepreneur.

The Indian tourist isn't merely a visitor.

He is a customer worth competing for.

The Indian professional isn't merely a worker.

She is global talent worth attracting.

The Indian investor isn't merely looking for opportunities.

He is capital worth courting.

---

So who needs whom?

Of course, India benefits enormously from its relationship with the UAE.

The UAE remains an important trading partner, financial centre, logistics hub and destination for millions of Indians.

There is no reason to turn this into a simplistic “India versus UAE” argument.

But economically, the relationship is becoming increasingly two-way.

And that is the part worth noticing.

The UAE doesn't need India because India is weak.

It needs India precisely because India is becoming stronger.

That is the irony.

The easier visa isn't necessarily a sign of India's dependence on the UAE.

It may be evidence of India's growing value to the UAE.

---

The future belongs to countries that attract people

Money moves.

Factories move.

Technology moves.

Companies move.

But people determine where all of those things eventually go.

The countries that can attract ambitious people will attract businesses.

Businesses will attract capital.

Capital will create infrastructure.

Infrastructure will attract more people.

And the cycle continues.

The UAE understands this extraordinarily well.

So does Singapore.

So does the United States.

So does Europe.

And increasingly, the world understands that India has an enormous reservoir of people worth attracting.

Which brings us back to the “free visa.”

Perhaps the better question isn't:

“Why is the UAE giving Indians something for free?”

Perhaps it is:

“What is the UAE hoping Indians will bring with them?”

The answer is probably much more valuable than the visa itself.

People.

Money.

Ideas.

Businesses.

Consumption.

Connections.

And ultimately, economic gravity.

The visa may be free.

The Indian opportunity isn't.

Nothing Sells If Nobody Knows It Exists...

“Let our work speak for itself.”

It sounds noble.

It sounds humble.

It sounds like something a serious engineer, artist, researcher, founder, or creator should say.

And most of the time, it is pure BS.

Not because the work doesn't matter.

Because the world cannot appreciate, buy, adopt, fund, use, or even evaluate work it never discovers.

A brilliant product sitting unnoticed is not a successful product.

An extraordinary open-source project with zero users is still an extraordinary project—but its impact remains close to zero.

A brilliant blog that nobody reads doesn't change anyone's thinking.

A great engineer whom nobody knows exists may remain invisible while a mediocre engineer with excellent communication gets the opportunity.

This isn't unfair.

It's simply how the world works.

The uncomfortable truth about great work

We like to believe that merit naturally rises to the top.

Build something great.

Write something brilliant.

Solve an important problem.

And eventually, people will notice.

Sometimes they do.

Usually, they don't.

The internet has created an almost infinite ocean of content, software, products, research, opinions, videos, companies, portfolios, and ideas.

Your work isn't competing only with the work of people around you.

It is competing with everything else demanding someone's attention.

So the question isn't merely:

“Is my work good?”

It is also:

“Does anyone know that my work exists?”

Those are two completely different questions.

Discovery comes before appreciation

Imagine an engineer builds an exceptional simulation framework.

The architecture is elegant.

The algorithms are fast.

The documentation is excellent.

The code is clean.

But the project sits in a private directory on their laptop.

Who benefits?

Almost nobody.

Now put the same project on GitHub.

Write technical articles about the problems it solves.

Publish demonstrations.

Create examples.

Talk about the design decisions.

Share the lessons learned.

Suddenly, the work has a chance to travel.

The quality didn't change.

The visibility did.

And visibility created the possibility of impact.

That's the part people often misunderstand.

Promotion doesn't make mediocre work great.

But great work without promotion can remain invisible.

“I don't want to market myself.”

Fine.

Don't.

Market the work.

There is an important distinction.

You don't have to constantly announce:

“Look how brilliant I am.”

You can instead say:

“Here is something interesting I built.”

Or:

“Here is a problem I solved.”

Or:

“Here is what I learned.”

Or:

“Here is an experiment and what happened.”

Or simply:

“Here is the source code.”

That isn't narcissism.

That's documentation.

That's communication.

That's distribution.

And distribution is part of creating impact.

The best work doesn't always win

This is one of the most uncomfortable realities of the modern world.

The best product doesn't necessarily become the most popular product.

The best programmer doesn't necessarily get the best opportunity.

The best book doesn't necessarily become a bestseller.

The best research doesn't necessarily receive the most attention.

The best startup doesn't necessarily get the most funding.

Why?

Because quality is only one variable.

Other variables matter:

• discovery

• communication

• timing

• distribution

• reputation

• accessibility

• network

• storytelling

• trust

You can dislike this reality.

But disliking it doesn't make it disappear.

Visibility is an engineering problem too

Engineers sometimes treat visibility as something belonging to marketers.

That's a mistake.

Suppose you've built a powerful library.

You now have two engineering problems:

Problem 1: Make the library good.

Problem 2: Make it discoverable and usable.

The second problem involves documentation, examples, tutorials, packaging, demos, searchability, benchmarks, screenshots, videos, and communication.

These aren't superficial extras.

They determine whether another engineer can actually use what you built.

In fact, usability without discoverability is almost useless.

Open source makes this obvious

Look at the enormous number of projects on GitHub.

There are thousands of brilliant repositories that hardly anyone knows about.

Not because they're bad.

Because nobody discovered them.

Meanwhile, projects with excellent documentation, compelling examples, good READMEs, tutorials, demonstrations, and an active community can grow rapidly.

The difference isn't necessarily the code.

It is often distribution.

A README is marketing.

A demo is marketing.

A tutorial is marketing.

A conference talk is marketing.

A technical blog post is marketing.

A GitHub star is social proof.

A good project website is marketing.

And there is nothing dirty about that word.

Marketing is not manipulation

Perhaps the word marketing has acquired a bad reputation because we associate it with exaggerated promises and aggressive selling.

But marketing at its simplest means:

helping the right people discover something that may be valuable to them.

If you've built something genuinely useful, telling people about it is not deception.

It is a service.

Suppose you've written a fantastic article about GPU programming.

Someone struggling with GPU programming may spend three hours searching for exactly what you've already explained.

If you make the article discoverable, you have saved that person three hours.

That's not vanity.

That's contribution.

The quiet engineer's trap

There is a particular trap that catches technically strong people.

They think:

“My code should speak for itself.”

But code doesn't speak.

People speak about code.

A repository doesn't walk into a conference and explain why its architecture matters.

A research paper doesn't automatically find the engineer who needs its result.

A portfolio doesn't introduce itself to a hiring manager.

A blog post doesn't magically acquire readers.

Someone has to create the bridge between the work and the audience.

That bridge is communication.

Don't confuse humility with invisibility

There is a difference between being humble and being invisible.

Humility says:

“The work matters more than my ego.”

Invisibility says:

“I won't tell anyone about the work.”

Those aren't the same thing.

You can be completely humble while aggressively distributing something valuable.

You can say:

“I don't care whether I receive the credit. I just want this useful idea to reach people who need it.”

That's actually a very powerful reason to promote your work.

Promotion doesn't have to be about you.

It can be about the idea.

The project.

The research.

The tool.

The lesson.

The community.

The problem you're trying to solve.

Build. Publish. Explain. Repeat.

Perhaps the simplest strategy is:

Build something worth showing.

Then:

Show it.

Explain what problem it solves.

Show how it works.

Publish the source.

Write about what you learned.

Create examples.

Answer questions.

Share progress.

Improve it.

Repeat.

Over time, something interesting happens.

Your work begins to develop a digital footprint.

One article leads to another.

One project leads to another.

Someone discovers your repository.

Someone links to your article.

Someone recommends your work.

Someone hires you.

Someone collaborates with you.

Someone learns something from you.

Someone builds something on top of what you created.

That is how work travels.

The real equation

Maybe the uncomfortable equation is:

Impact = Quality × Visibility × Distribution

If quality is zero, visibility doesn't save you.

But if visibility is zero, even exceptional quality struggles to create impact.

That's why:

“Let our work speak for itself”

is incomplete advice.

A better version is:

“Make the work excellent. Then make sure the people who need it can find it.”

Because the world cannot reward, use, learn from, or build upon something it doesn't know exists.

So build quietly if you want.

But don't disappear.

Make something worth talking about.

Then talk about it.

Not because you need applause.

Not because you need to become an influencer.

Not because self-promotion is inherently virtuous.

But because valuable work deserves a path to its audience.

Nothing sells if nobody knows it exists.

And nothing changes the world if nobody gets a chance to discover it.