India is no longer merely a country that writes software for the world. It is increasingly becoming a country that builds digital platforms, develops artificial intelligence, manufactures electronics, experiments with semiconductors, launches space ventures and places technology at the centre of everyday life.

The transformation is visible almost everywhere.

A vegetable seller can accept a digital payment within seconds. A student in a small town can attend an online class taught hundreds of kilometres away. A patient can consult a doctor without travelling to a major city. A small trader can sell products beyond the local market. A startup can build a global business from Bengaluru, Hyderabad, Pune or even a smaller Indian city.

This is not simply the story of technological progress. It is the story of an economic and social transformation.

But there is an important question that India must now confront: Are we merely becoming better users of technology, or are we becoming genuine creators of the technologies that will shape the next economy?

That distinction will determine how far India’s technology story ultimately goes.

India’s technology success has deep roots. For decades, its biggest strength was its enormous pool of engineers and professionals working in software services, outsourcing, business-process management and information technology. Cities such as Bengaluru, Hyderabad, Pune, Chennai, Gurugram and Noida became global technology centres. Indian professionals became an important part of the international technology workforce.

But the technology economy has now moved far beyond IT services.

Startups are building financial platforms, healthcare solutions, educational technologies, logistics systems, software products and artificial-intelligence tools. Indian companies are increasingly looking beyond domestic markets and attempting to compete globally.

That transition matters.

A service-based economy can generate employment and foreign exchange. But a product-driven technology economy can create intellectual property, globally recognised brands and much greater economic value.India therefore needs to move from coding for the world to creating for the world.

Perhaps no device has transformed India’s technological landscape as dramatically as the smartphone. For millions of Indians, the smartphone is not simply a communication device. It is a bank, classroom, marketplace, entertainment centre, workplace and gateway to government services.

Cheap data and widespread smartphone adoption have created an enormous digital population. Once millions of people began using digital services every day, businesses had a powerful incentive to build more of them. This created a cycle of adoption and innovation: more users encouraged more digital services, and more services encouraged more people to come online.

Digital payments are perhaps the clearest example of this transformation. Technology has altered the way Indians pay, receive money, shop and conduct business. But the next phase cannot be measured merely by the number of transactions. The real question is whether digitalisation improves productivity, expands opportunity and makes economic participation easier for people who were previously excluded.

Artificial intelligence could become the defining technology of India’s next decade.

Businesses are already using AI for customer service, fraud detection, data analysis, automation, content creation, software development and decision-making. Generative AI has lowered the barrier further, allowing even small businesses and individuals to use powerful technological tools.

For India, however, AI presents an opportunity that goes beyond productivity.

A country with hundreds of languages and enormous linguistic diversity has a particularly strong reason to develop AI systems capable of understanding regional languages and local contexts.

If artificial intelligence works only in English, its benefits will remain concentrated. If it can communicate naturally in Assamese, Bengali, Hindi, Tamil, Telugu, Manipuri, Mizo, Khasi and other Indian languages, it could become a powerful instrument of inclusion.

But AI also raises uncomfortable questions.

What happens to jobs when automation becomes cheaper and more capable? Who owns the data used to train these systems? How do we prevent algorithmic discrimination? Who takes responsibility when an AI system makes a damaging decision? India cannot treat AI merely as another commercial opportunity. It needs a serious public debate about the social rules surrounding it.

There is perhaps no better test of India’s ambition than semiconductors. Modern economies depend on chips. Smartphones, automobiles, medical equipment, telecommunications networks, computers, defence systems and artificial intelligence infrastructure all depend on them.

India has considerable expertise in chip design. Manufacturing, however, is a different challenge. Building a semiconductor ecosystem requires enormous investment, reliable power and water, sophisticated supply chains, specialised skills, advanced manufacturing facilities and long-term policy consistency.

The objective, therefore, should not be limited to establishing a few manufacturing plants. India needs an ecosystem encompassing design, fabrication, packaging, testing, equipment, components, research and skilled manpower.

If that ecosystem develops, the benefits could extend far beyond semiconductors. Electronics, electric vehicles, telecommunications, defence technology and AI hardware could all gain. India’s growing electronics manufacturing sector is another important development.

More smartphones and electronic products are being assembled in the country, creating jobs and supporting logistics, suppliers, testing facilities and other businesses.

But assembly alone cannot be the final destination. The larger ambition must be to increase the amount of technology that is designed, engineered and manufactured in India.

There is a significant difference between putting together a product designed elsewhere and developing the technology, components and intellectual property behind that product. India’s long-term technological strength will depend on closing that gap.

The startup revolution has perhaps changed something even more important than the economy: the country’s imagination. A generation of young Indians increasingly sees technology not simply as a career but as a means of solving problems.

Fintech has transformed financial services. Edtech has expanded access to educational material. Healthtech is changing healthcare delivery. SaaS companies are selling Indian-built software to global customers. Logistics technology is reshaping commerce.

Yet the startup ecosystem also needs maturity. Investment alone does not create technological strength. A company must eventually produce sustainable value. The era of growth at any cost cannot continue indefinitely.

India needs startups that solve genuine problems, build durable businesses and develop technologies that can compete beyond the domestic market.

One of the greatest dangers in India’s technology story is the digital divide. Technology can democratise opportunity, but it can also deepen inequality if access remains uneven. A student with a fast internet connection, a modern device and a quiet place to study has a very different digital experience from a student who shares a basic smartphone with family members.

Similarly, a digitally connected urban entrepreneur has advantages that may not be available to a small rural business. India therefore needs to judge technological progress not only by how advanced its cities become, but by how effectively technology reaches rural communities, small businesses, farmers, workers and low-income households.

The next digital revolution must be more inclusive than the previous one. Technology is transforming education, but technology itself cannot replace education. Online classes, digital learning platforms and AI tutors can expand access to knowledge. They can help students learn at their own pace and provide resources beyond the traditional classroom.

But education is also about discipline, curiosity, social interaction, critical thinking and the relationship between a teacher and a student. The objective should therefore be to use technology to make teachers more effective, not to make teachers irrelevant.

More importantly, India’s education system must prepare students for an economy in which many existing jobs will change. Teaching children to use technology is no longer enough. They must learn how to understand it, question it, build it and adapt when it changes.

Healthcare offers another enormous opportunity.

Telemedicine can connect patients with specialists. Digital records can improve continuity of care. AI can assist with medical imaging and diagnosis. Digital platforms can make appointments and test results easier to manage. For remote and underserved areas, these technologies can be particularly valuable.

But technology cannot compensate for the absence of doctors, nurses, hospitals and basic healthcare infrastructure. A video consultation is useful only when there is a functioning health system behind it.

Technology should therefore be seen as a force multiplier, not a substitute for public investment. India’s technological future will also be shaped by physical technologies. Space technology, electric vehicles, batteries, renewable energy, robotics, advanced manufacturing and energy storage are becoming increasingly important.

India’s space programme has already demonstrated that the country can develop sophisticated technology under difficult conditions. Private companies are now entering areas such as satellite manufacturing, launch services and space-based applications.

Electric mobility presents another opportunity. India’s large automobile market could support innovation in batteries, charging infrastructure, power electronics and vehicle software. Clean technology may eventually become as strategically important as information technology.

Government policy has played an important role in India’s digital transformation through infrastructure development, digital public platforms, manufacturing incentives, startup support and semiconductor initiatives.

But government cannot build the technology economy alone.

Universities need stronger research capabilities. Industry must invest more in research and development. Startups need access to patient capital. Schools need better technology education. And policymakers need to create regulations that protect citizens without suffocating innovation.

The country also needs greater investment in cybersecurity and data protection. The more dependent society becomes on digital infrastructure, the greater the consequences of cyberattacks, data breaches and technological failures.

A digital economy cannot be secure merely because it is sophisticated. India has already demonstrated that it can adopt technology at extraordinary speed.

The next challenge is harder.

Can India invent technologies that the rest of the world wants?

Can Indian companies create globally competitive products rather than primarily provide services? Can Indian universities produce frontier research? Can the country manufacture the critical components on which its digital economy depends? Can technology create productive employment rather than simply automate existing work?

These questions matter more than the number of apps launched or the amount of venture capital raised. India’s technology story should ultimately be measured by productivity, jobs, innovation, research, exports and inclusion. India enters the next phase of technological development with considerable advantages: a large market, a young workforce, a deep engineering talent pool, expanding digital infrastructure, entrepreneurial energy and growing global demand.

But advantages do not automatically become leadership.

The country must invest in research. It must strengthen universities. It must develop advanced manufacturing. It must improve digital skills. It must bridge the rural-urban divide. And it must prepare workers for an economy in which artificial intelligence and automation will change the nature of work.

India’s technological transformation is already well underway. The real test now is whether the country remains primarily a consumer and service provider of technology, or becomes a creator, owner and exporter of technology.

That is the leap India must make.

The future will not belong simply to the countries that use the most technology. It will belong to those that understand it, build it, control its critical infrastructure-and ensure that its benefits reach the widest possible section of society.

India has made a remarkably fast start. Now it must turn technological adoption into technological power.