From the early days of scientific computing and the growth of software exports to the extraordinary expansion of digital payments, smartphone manufacturing and space exploration, India has emerged as a major participant in the global technology economy. With fresh investment in artificial intelligence, semiconductor production and international research partnerships, the country is entering another phase of technological transformation. But can it move beyond providing technology services and become a global leader in original innovation?
Indian Diaspora News | Technology & Innovation
Consider two images of India separated by several decades.
In the first, a computer occupies a large room inside a research institution. Technical expertise is concentrated among a relatively small number of scientists, engineers and specialists. Computing power is expensive, and access to advanced technology is limited.
In the second, a small vegetable seller accepts payment through a smartphone. A university student develops artificial intelligence software, an engineer designs semiconductor components, and a satellite transmits information from orbit.
These images tell the story of an extraordinary national transformation.
Over several generations, India has progressed from limited computing infrastructure to an economy in which digital technologies influence banking, communication, manufacturing, healthcare, education and government services.
Technology has become central to the country’s ambitions.
Bengaluru and Hyderabad are internationally recognised technology centres. Indian software companies serve major global businesses. Digital payment systems have transformed everyday commerce, while domestic electronics manufacturing has expanded substantially.
India’s space programme has achieved internationally significant milestones, and its government is investing in artificial intelligence and semiconductor manufacturing.
Yet behind the impressive statistics lies a more complicated reality.
India remains dependent on international technology supply chains in important areas. Access to digital services differs between communities. High-quality research requires sustained investment, and emerging technologies create difficult questions about privacy, employment, energy use and inequality.
India’s greatest technological challenge is no longer simply adopting advanced technology. It is determining whether the country can develop, manufacture and govern the technologies that will shape its future.
1. The foundations: How India’s technological journey began
India’s technological development did not begin with smartphones, global software companies or the internet.
Its foundations were established through scientific institutions, engineering education and early investments in computing, telecommunications and space research.
Following independence in 1947, the government led by Jawaharlal Nehru placed considerable emphasis on scientific development.
Institutions such as the Indian Institutes of Technology helped expand engineering education, while research organisations contributed to the development of computing and electronics.
The Tata Institute of Fundamental Research became an important centre for early Indian computer science.
In the 1950s, Indian scientists developed the TIFRAC computer, an early indigenous digital computer whose development represented a significant achievement under the technological constraints of the period.
India also invested in telecommunications and scientific research.
The Indian Space Research Organisation, established in 1969, grew from earlier national space research initiatives.
These early efforts were important because advanced technology requires more than imported machinery.
It needs trained scientists, research institutions, technical infrastructure and the ability to develop knowledge over time.
India did not immediately become a major global technology producer.
But the groundwork for its subsequent transformation was being established.
2. The IT revolution: How India became a global software powerhouse
The late twentieth century brought a defining transformation.
Computing, telecommunications and international business services created new opportunities for countries with large pools of skilled professionals.
India was particularly well positioned because of its engineering education, English-language proficiency among many professionals and growing private technology sector.
Companies such as Tata Consultancy Services, Infosys, Wipro and HCL Technologies helped develop India’s reputation as a global provider of software development, consulting and technology services.
Bengaluru emerged as a major technology centre, followed by significant growth in Hyderabad, Pune, Chennai, Noida, Gurugram and other cities.
Economic liberalisation in 1991 contributed to the expansion of international business relationships.
Improvements in telecommunications and the growth of the internet made it increasingly practical for Indian companies to deliver services to overseas customers.
A software engineer in India could contribute to systems operated by a bank in London, a manufacturer in Germany or a technology company in the United States.
This changed the geography of global professional employment.
Technology services became an important source of exports, investment and skilled jobs.
According to India’s Ministry of Electronics and Information Technology, the country’s IT industry revenue reached approximately US$283 billion in the 2024–25 financial year.
But India’s success in IT services also created a question that remains relevant today.
Can a country that has become exceptionally successful at building and managing technology for others also become a global leader in creating its own advanced products and platforms?
3. From software services to digital public infrastructure
One of India’s most important technological contributions has been the development of digital systems used across everyday public and commercial life.
These systems are often discussed under the concept of Digital Public Infrastructure, or DPI.
Rather than relying entirely on separate private platforms, India has developed shared technical infrastructure that can support identity verification, payments and other services.
Aadhaar, administered by the Unique Identification Authority of India, provides a unique identification number based on demographic and biometric information.
Other systems enable digital document access, authentication and financial transactions.
DigiLocker, for example, provides a framework for accessing and sharing selected digital documents.
The significance of these developments lies in the possibility of delivering services at very large scale.
Public institutions, businesses and individuals can potentially use shared digital foundations rather than repeatedly developing separate systems.
Supporters argue that this approach can reduce administrative friction, improve access and encourage innovation.
However, digital infrastructure also raises questions about consent, exclusion and accountability.
A person whose biometric authentication fails, who lacks reliable internet access or who struggles with digital systems may encounter barriers that are less visible to confident technology users.
The quality of a digital public service must therefore be measured not only by its speed or scale, but also by its accessibility and safeguards.
4. UPI: The payment system that transformed everyday transactions
Perhaps the clearest example of India’s digital transformation is the Unified Payments Interface, commonly known as UPI.
Developed by the National Payments Corporation of India and launched in 2016, UPI enables participating users to make electronic payments directly between bank accounts through compatible services.
Its widespread adoption has changed everyday commerce.
A shopkeeper can receive payment through a QR code. A customer can transfer money without carrying cash. Families can send payments electronically, while small businesses can accept transactions without the same equipment historically associated with card payments.
The scale is remarkable.
According to NPCI’s official monthly statistics, UPI processed approximately 24.07 billion transactions in September 2026, with a total value of about ₹29.37 lakh crore.
These figures illustrate the system’s extensive use.
They do not, however, mean that every Indian possesses equal access to digital finance.
Some communities continue to encounter barriers involving connectivity, technology literacy, banking access or concerns about scams.
The expansion of digital payments also requires effective fraud prevention, consumer protection and operational resilience.
Another challenge concerns the commercial sustainability of the institutions that provide payment services.
Questions about transaction charges, competition and how payment infrastructure should be financed remain subjects of policy debate.
India’s UPI experience demonstrates the possibilities of public digital infrastructure, but continued success will depend on trust, accessibility and security.
5. Smartphone manufacturing: India’s changing industrial ambition
For years, India’s technology economy was associated primarily with software services rather than advanced manufacturing.
That distinction is now changing.
The government’s Make in India initiative and subsequent production-linked incentives have encouraged investment in electronics manufacturing.
Major international and domestic businesses have expanded their Indian operations, particularly in smartphone production and assembly.
Tamil Nadu, Karnataka and other states have become increasingly important locations for electronics manufacturing.
Official government data shows that India’s electronics production rose from approximately ₹1.9 lakh crore in 2014–15 to ₹13.11 lakh crore in 2025–26.
Electronics exports also increased substantially, reaching approximately ₹4.24 lakh crore in 2025–26.
These figures represent an important transformation in manufacturing scale.
But they should be interpreted carefully.
Assembling finished devices is not equivalent to manufacturing every advanced component inside them.
Global electronics production relies on sophisticated supply chains involving semiconductors, displays, precision machinery, specialised chemicals and intellectual property.
India’s next challenge is to increase the value added domestically while developing deeper industrial capabilities.
This requires skilled workers, supplier networks, reliable infrastructure and sustained investment in research and manufacturing technologies.
The question is whether India can move from being a competitive manufacturing destination to becoming a major source of original electronics technology.
6. Semiconductors: The new frontier of technological independence
Semiconductors are essential components of the modern digital economy.
They power smartphones, computers, vehicles, medical equipment, industrial machinery, telecommunications networks and artificial intelligence systems.
Producing advanced semiconductors is among the most technically demanding activities in modern manufacturing.
It requires specialised equipment, materials, facilities, engineering expertise and complex international supply chains.
For India, developing semiconductor capabilities has become a strategic priority.
The government initially launched the Semicon India Programme with a substantial financial commitment to building domestic manufacturing and design capacity.
In July 2026, the Union Cabinet approved Semicon 2.0, with a total programme outlay of ₹1,27,500 crore.
The programme is intended to strengthen semiconductor design, manufacturing, materials, equipment, research and supply-chain development.
At that point, the government reported 12 approved manufacturing units under the earlier phase, with envisaged investment exceeding ₹1.64 lakh crore.
However, approved investment and proposed manufacturing capacity should not be confused with completed production.
A semiconductor facility must progress through construction, equipment installation, testing, qualification and commercial operation.
The government reported that some supported companies had commenced commercial production, while other projects remained in development.
These distinctions matter because technological independence cannot be established through announcements alone.
India must demonstrate that its factories, designers and suppliers can consistently deliver reliable products at competitive scale.
Even then, complete semiconductor self-sufficiency would be difficult, given the global distribution of equipment, materials and advanced manufacturing expertise.
The more realistic ambition may be to become an important and resilient participant in international semiconductor supply chains.
7. Artificial intelligence: Can India build technology for its own needs?
Artificial intelligence has become the defining technology debate of the present decade.
The rapid development of large language models, machine learning systems and advanced computing infrastructure has created opportunities across research, healthcare, education, business and government.
India is seeking a stronger role in this rapidly evolving field.
In March 2024, the government approved the IndiaAI Mission with an outlay of approximately ₹10,372 crore.
The programme includes investment in computing infrastructure, datasets, indigenous AI models, startup support, skills and responsible AI development.
By March 2026, the government reported that more than 38,000 graphics processing units had been onboarded through its common computing initiative.
These resources are intended to improve access to advanced computing for eligible researchers, academic institutions and startups.
India’s ambitions also include developing AI systems capable of working more effectively with Indian languages and local contexts.
This is important in a country where linguistic diversity can create barriers to digital participation.
An AI service designed primarily for English-speaking users may not adequately meet the needs of people communicating in Tamil, Punjabi, Hindi, Bengali, Malayalam, Marathi or many other languages.
Locally developed language technologies could support accessibility in public information, agriculture, education and other sectors.
But innovation must be accompanied by safeguards.
AI-generated information can be inaccurate. Automated decisions may reflect bias. Sensitive personal data requires protection, and increasingly sophisticated synthetic media can undermine public trust.
The central challenge is not merely increasing the number of AI systems created in India.
It is ensuring that those systems are reliable, useful, inclusive and appropriately governed.
8. Space technology: India’s achievements beyond Earth
India’s technological transformation is not confined to the digital economy.
Its space programme has become an important symbol of national scientific capability.
The Indian Space Research Organisation has developed launch vehicles, satellites and scientific missions serving both domestic and international purposes.
Satellite technologies support weather observation, communication, navigation, environmental monitoring and disaster-related information.
India’s lunar exploration programme has achieved particular international recognition.
On 23 August 2023, Chandrayaan-3 successfully achieved a soft landing near the Moon’s southern polar region.
The achievement demonstrated important capabilities in mission planning, spacecraft engineering and autonomous landing technology.
India’s Aditya-L1 solar observatory subsequently contributed to scientific research concerning the Sun.
In January 2025, ISRO successfully demonstrated the docking of two spacecraft under its SpaDeX programme.
Such capabilities are relevant to future space missions requiring coordinated spacecraft operations.
These achievements are significant, but space technology should not be assessed only through symbolic national milestones.
Its practical value also lies in research, engineering skills, industrial innovation and services that support life on Earth.
India’s growing private space industry may create further opportunities for manufacturing, software development and specialised research.
However, commercial ambitions will require robust regulation, investment and technical accountability.
9. Startups and the ambition to create Indian technology products
India’s technology sector increasingly includes companies developing their own products rather than exclusively providing services to international clients.
Startup activity has expanded across financial technology, software platforms, logistics, education technology, healthcare and industrial applications.
Entrepreneurs in Bengaluru, Hyderabad, Mumbai, Delhi and other centres have sought to create businesses capable of competing in domestic and international markets.
The appeal of India’s large domestic market is an important factor.
A company can develop a digital service for millions of potential users while operating within one national economy.
Yet the size of the market does not guarantee commercial success.
Startups face questions concerning financing, customer acquisition, regulation, profitability and competition.
Some companies have grown quickly but later struggled to convert user numbers into sustainable revenue.
Others have encountered difficulties associated with corporate governance, changing investor expectations or regulatory compliance.
The government’s Startup India initiative and other programmes seek to encourage entrepreneurship.
But building a durable innovation economy requires more than startup registrations and investment announcements.
It depends on product quality, research capability, trustworthy management and the ability to solve real problems.
India’s ambition should therefore be measured not only by the number of new technology companies established, but by how many create sustainable value.
10. Technology beyond major cities: Will rural India benefit?
India’s technology development is frequently illustrated through the skylines of Bengaluru, Hyderabad and other metropolitan centres.
Yet the future of technological inclusion will depend significantly on what happens outside those cities.
Digital systems can potentially improve access to information, public services, agricultural advice, education and commercial opportunities in smaller towns and rural communities.
Farmers may benefit from improved weather information and digital marketplaces.
Students may gain access to educational materials previously unavailable locally.
Small businesses may use electronic payments and online tools to reach customers.
However, these opportunities depend on practical conditions.
Reliable electricity, affordable devices, internet connectivity, technical support and digital literacy are essential.
Language and accessibility needs also matter.
A system designed for an urban professional may not work equally well for an older user with limited experience of smartphones.
Technology should therefore complement rather than automatically replace accessible human support.
A rural citizen should not lose access to an important service simply because an online authentication process fails.
The success of Digital India must ultimately be measured by whether technological services work for people with different resources, abilities and circumstances.
11. The digital divide and the challenge of inequality
Technological progress can create new opportunities while also reinforcing existing inequalities.
Individuals with high-quality education, reliable connectivity and advanced digital skills are often better positioned to benefit from new technologies.
People without those advantages may find themselves excluded.
Differences involving geography, income, disability, language and gender can influence access.
India has made significant progress in expanding digital services, but access should not be confused with meaningful participation.
Owning a smartphone does not automatically imply an ability to use every online financial or government service safely.
Likewise, providing a digital educational platform does not guarantee that all students can access suitable devices, connectivity or instruction.
The next stage of India’s technological development should therefore focus more heavily on outcomes.
Are digital services reducing administrative burdens?
Are students learning more effectively?
Are small businesses gaining sustainable opportunities?
Are healthcare systems becoming more accessible?
And are the people most likely to be excluded receiving appropriate support?
These questions are essential if technology is to contribute to broader social development.
12. Data privacy, cybersecurity and public trust
As more economic and public activity moves online, the consequences of data misuse and cybercrime become increasingly serious.
Digital payment fraud, identity theft, malicious software and unauthorised disclosure of personal information can undermine confidence in technology.
India’s Digital Personal Data Protection Act, 2023, established a legislative framework for the processing of digital personal data.
Implementation arrangements and associated rules remain important considerations for businesses and public institutions.
The policy challenge is balancing innovation with privacy and accountability.
Businesses need access to appropriate data to develop useful digital services.
Individuals, however, have legitimate interests in understanding how information about them is collected, used and protected.
Artificial intelligence introduces additional complications because systems may process large quantities of information and produce outputs that are difficult for ordinary users to verify.
Cybersecurity is similarly important to economic resilience.
Banks, hospitals, telecommunications systems and government departments increasingly depend on digital infrastructure.
Security failures can affect not only individual users but entire organisations and essential services.
A digitally advanced nation must therefore invest in trust as seriously as it invests in speed and scale.
13. Employment: Will AI create opportunities or displace workers?
India’s technology sector has supported substantial employment and professional mobility.
But automation and artificial intelligence are changing the skills required in many industries.
Software development, customer support, administrative processing and business services may be affected by increasingly capable automated systems.
AI can make workers more productive and create demand for new technical roles.
It can also change or reduce demand for particular repetitive tasks.
The outcome will vary between sectors and occupations.
This is particularly important for India because its services industry is closely connected to international business demand.
If global companies increasingly use AI to automate certain activities, Indian technology firms may need to adapt their business models.
The challenge is not simply to protect every existing job in its present form.
It is to ensure that education, retraining and employment opportunities evolve alongside technological change.
Universities and vocational institutions must prepare students for changing professional expectations.
Employers need realistic workforce-development strategies.
Policymakers should evaluate how technological change affects workers at different skill and income levels.
Without those measures, the benefits of AI could become concentrated among a relatively small group of highly specialised workers and technology owners.
14. The UK–India technology relationship: A growing strategic partnership
India’s technological development is particularly relevant to the United Kingdom.
For decades, Indian and British companies have maintained important relationships involving software services, research, finance and professional employment.
Indian technology firms operate in Britain, while British organisations work with Indian developers, researchers and engineering teams.
These connections are increasingly moving into advanced technology.
In July 2024, the UK and India announced a Technology Security Initiative designed to strengthen cooperation in strategically important areas.
These include telecommunications, artificial intelligence, semiconductors, critical minerals and advanced scientific research.
The relationship expanded further through subsequent cooperation.
In October 2025, the two governments welcomed progress on a joint AI centre and a connectivity and innovation centre.
On 12 October 2026, the eighth UK–India Science and Innovation Council met in New Delhi and reaffirmed the countries’ ambition to deepen cooperation in research, science and technology.
The collaboration creates opportunities for universities, research institutions, startups and established businesses.
It may also help both countries strengthen supply chains and develop shared approaches to emerging technologies.
However, technology partnerships should be assessed through their practical achievements.
Joint statements and funding announcements are starting points.
The longer-term test is whether they produce research outcomes, commercially useful innovations, new skills and measurable public benefits.
15. The Indian diaspora: A bridge between technological ecosystems
The Indian diaspora has played an important role in the international development of technology businesses and professional networks.
Indian-origin engineers, academics, entrepreneurs and executives have contributed to technological innovation in numerous countries.
In Britain, people with Indian family backgrounds work across computing, engineering, finance, scientific research and higher education.
Their connections can help create relationships between institutions and companies in Britain and India.
A researcher in London may collaborate with colleagues in Bengaluru.
An Indian-origin entrepreneur in Manchester may develop a product with an engineering team in Hyderabad.
A British university may conduct joint research with an Indian institute.
These relationships illustrate the concept of transnational entrepreneurship.
Economic activity does not always take place entirely within one country.
Knowledge, professional relationships and business networks can extend across borders.
The work of scholar AnnaLee Saxenian on internationally connected technology entrepreneurs offers a useful framework for understanding these relationships.
However, the diaspora should not be treated as a single economic network.
British Indians have different professional backgrounds, regional histories and individual priorities.
Cultural heritage does not automatically create business opportunities or a responsibility to contribute to India’s technology strategy.
The most constructive role for governments is to support voluntary, transparent collaboration while recognising the diversity of diaspora communities.
16. Can India become a global technology leader?
India’s technological development has reached an important stage.
It possesses a large pool of skilled professionals, globally significant software companies, extensive digital payment infrastructure, expanding electronics manufacturing and a growing research ecosystem.
These strengths provide a foundation for further progress.
But global technological leadership involves more than scale.
It requires the ability to create original intellectual property, undertake advanced scientific research, manufacture sophisticated products and establish internationally competitive companies.
It also requires reliable institutions, access to investment, high-quality education and strong safeguards concerning data and public accountability.
Several strategic choices will influence India’s future.
First, whether investment in advanced research produces sustainable scientific and commercial results.
Second, whether semiconductor and electronics initiatives deepen domestic manufacturing capability rather than relying primarily on assembly.
Third, whether AI systems are developed responsibly and reflect India’s linguistic and social diversity.
Fourth, whether technology growth generates productive employment and benefits beyond a small number of major cities.
Finally, whether public institutions can maintain trust in an economy increasingly dependent on digital infrastructure.
India’s achievements provide reasons for confidence.
But confidence should be supported by independent measurement rather than predictions of inevitable success.
Conclusion: The next Indian technology revolution will be measured by its impact
India’s journey from early computing laboratories to international software services, smartphone manufacturing, digital payments, AI research and space exploration represents a remarkable transformation.
The country has demonstrated that technical talent, public infrastructure and sustained investment can produce innovation on an enormous scale.
Yet the future will require a different level of ambition.
India must increasingly develop the technologies on which its economy depends, strengthen its research capabilities and create internationally competitive products.
At the same time, it must address the risks associated with digital exclusion, cybersecurity, privacy and changing employment.
For its relationship with Britain, emerging technology offers opportunities for research cooperation, investment and knowledge exchange.
For the Indian diaspora, it creates additional possibilities for connecting institutions, professionals and businesses across borders.
But the real achievement will not be determined solely by the number of smartphones manufactured, transactions processed or artificial intelligence systems developed.
It will be measured by what those technologies enable people to accomplish.
India has shown that it can become one of the world’s largest users and providers of digital technology. Its next challenge is to become a leading creator of the technologies of tomorrow—while ensuring that the benefits reach society as a whole.
From the village market to the semiconductor laboratory, from the university classroom to the space launch centre, India’s technological future is already taking shape.
The question is no longer whether technology will transform India.
It is whether India can shape that transformation in ways that are innovative, inclusive, secure and sustainable.
Indian Diaspora News — Two Nations. Connected Lives. One Global Perspective.
References and official sources
- Ministry of Electronics and Information Technology, Government of India (4 February 2026). Semicon India Programme Advances with Approval of 10 Projects; IT Sector Revenue Rises to USD 283 Billion.
https://www.pib.gov.in/PressReleasePage.aspx?PRID=2223049 - National Payments Corporation of India. UPI Product Statistics, including September 2026 monthly data.
https://www.npci.org.in/product/upi/product-statistics - Ministry of Electronics and Information Technology (17 September 2026). Electronics Components Manufacturing Scheme: Building India’s Electronics Backbone.
https://www.pib.gov.in/FactsheetDetails.aspx?Id=151016 - Government of India (15 July 2026). Cabinet Approves Semicon 2.0.
https://www.pib.gov.in/PressReleasePage.aspx?PRID=2284796 - Ministry of Electronics and Information Technology (25 March 2026). IndiaAI Mission Expands AI Ecosystem with Affordable Compute and Startup Support.
https://www.pib.gov.in/PressReleasePage.aspx?PRID=2245069 - Office of the Principal Scientific Adviser, Government of India. IndiaAI Mission.
https://psa.gov.in/ai-mission - Indian Space Research Organisation (2026). Annual Report 2025–26.
https://www.isro.gov.in/ - Unique Identification Authority of India. Official Aadhaar Information and Services.
https://uidai.gov.in/ - National e-Governance Division. Digital Governance and Public Infrastructure.
https://negd.gov.in/ - Government of India. Digital Personal Data Protection Act, 2023.
https://www.indiacode.nic.in/ - UK Government (25 July 2024). UK–India Technology Security Initiative: Factsheet.
https://www.gov.uk/government/publications/uk-india-technology-security-initiative-factsheet - UK Government (9 October 2025). India–UK Joint Statement: Technology and Innovation.
https://www.gov.uk/government/news/india-uk-joint-statement-9-october-2025 - UK Government (12 October 2026). 8th UK–India Science and Innovation Council Statement.
https://www.gov.uk/government/news/8th-uk-india-science-and-innovation-council-statement
Editorial disclosure: This is an independently written technology analysis informed by official data, institutional reports and academic research.
