India’s Tech Services Revamped: From IT Outsourcing to DeepTech, R&D and IP Creation
India’s Tech Services is moving beyond outsourcing into DeepTech, AI, R&D, semiconductors, GCCs and IP creation. Here’s why this shift matters for Bharat.
By Srajan Agarwal | 2026-05-20T15:44:00+05:30
Key Summary
- India has spent 30 years doing cheap IT work for global companies (outsourcing). Now it wants to create its own technology, patents, and deep-science products.
- The government launched the IP Catalyst platform on May 12, 2026 to help inventors turn patents into real products — especially in chips, AI, and electronics.
- Deep-tech startups now get 20 years of government recognition (up from 10), and a higher revenue limit of ₹300 crore, giving them more time to build without pressure.
- India now has 1,800+ Global Capability Centres (GCCs) — company labs owned by global firms — that are shifting from back-office work to real R&D and IP creation inside India.
- With ₹1 lakh crore in R&D financing, a semiconductor fab in Gujarat, and 4,200+ deep-tech startups, India is attempting one of the biggest economic transformations in its history.
For over three decades, India’s Information Technology (IT) sector was known globally through one phrase: IT outsourcing. Companies across the world sent software maintenance, customer support, back-office work and application development to Indian firms because we offered skilled engineers, English-speaking talent at a very effective cost.
Metro cities like Bengaluru, Hyderabad, Pune, Chennai, Gurugram and Noida became the drivers of this services-led growth.
But in 2026, the story is changing. Artifical Intelligence is automating the very task that once needed hours of manual work and physical labour. India’s technology sector is no longer only about “doing work for global clients”. It is increasingly about building products, designing chips, creating AI models, filing patents, running global capability centres, doing engineering R&D, and producing intellectual property. This shift is being pushed by artificial intelligence, semiconductor ambitions, startup funding, global supply-chain changes, and the need for companies to own innovation—not just execute projects.
Nasscom expects India’s technology sector to cross $315 billion in FY2026, with 1.35 lakh net new jobs and total tech employment touching 5.95 million. What is different this time is the policy push around innovation. From the ₹1 lakh crore Research, Development and Innovation Scheme to the IndiaAI Mission, Startup India Fund of Funds 2.0 and semiconductor incentives, the government is trying to push the industry towards higher-value work.
Also Read: From AI Users to AI Builders: Bharat's Next Big Leap in Product Creation!
What Is Happening in the IT Sector Right Now?
India’s technology sector is stuck between pressure and possibility.
Traditional IT services are under pressure. Artificial intelligence is taking over parts of coding, testing, documentation, customer support and what not. Clients are asking for faster delivery with leaner teams, while investors are beginning to question whether the old headcount-led model — more employees, more billing — can survive in the same form.
Yet the same disruption is opening new doors. Demand is rising for advanced engineering work in AI, cloud, cybersecurity, semiconductors, EVs, defence electronics, health-tech and industrial automation. For India, the opportunity is to move up the value chain before automation weakens the old outsourcing advantage.
One of the clearest signs of this shift is the rise of engineering research and development, or ER&D. This is the work behind connected cars, medical devices, telecom equipment, embedded software, defence systems, smart energy products and chip design. Nasscom estimates ER&D will grow 6.8% to $63 billion in FY2026, ahead of the 4.2% growth expected in core IT services. In simple terms, the faster growth is coming from work that is closer to product design, not just software delivery.
The Complete Story
The Old India IT story
The old India IT story was simple but powerful. In the 1990s, India offered what global companies badly needed: a large pool of English-speaking engineering talent, strong maths and science skills, and lower delivery costs. Outsourcing grew rapidly, Bengaluru became a global technology hub, and by the 2020s, IT exports had crossed $250 billion annually, directly employing more than 5 million people.
Why that model is cracking?
AI tools such as GitHub Copilot, Claude and GPT-4 are already handling many routine coding and documentation tasks that once went to junior employees. This does not mean India’s IT services model will disappear, but it does mean the labour-cost advantage is becoming less powerful than before. GCCs in India are also trying to move from execution hubs to innovation centres, but that shift needs deeper skills, stronger product thinking and long-term investment.
The new plan — DeepTech and IP
DeepTech is different from the usual app-led startup story. It involves technologies such as chip design, quantum computing, biotech, space-tech, advanced materials and robotics — areas where products can take years of research before they reach the market. These companies need patient capital, labs, testing facilities, technical mentors and buyers willing to take early risks. India has the talent base, but the support system is still being built.
The IP Catalyst moment (May 12, 2026)
Impact Meter: Who Is Affected?
| Group | Impact |
|---|---|
| Students | Need to learn AI, data, electronics, cloud, cybersecurity, design thinking and domain skills |
| Job seekers | More demand for high-skill roles; routine coding/support jobs may face pressure |
| IT employees | Reskilling becomes urgent as AI changes project delivery |
| Startups | More government and investor focus on DeepTech, but funding remains selective |
| MSMEs | Can benefit from automation, digital tools and AI-led productivity |
| Rural India | Could gain from agri-tech, health-tech, digital public infrastructure and remote tech jobs |
| Urban India | More GCCs, R&D centres and high-value tech roles in major cities |
Latest Facts
- India’s technology sector is expected to reach $315 billion in FY2026, according to Nasscom figures reported by Reuters on February 24, 2026.
- The sector is expected to add 1.35 lakh net jobs, taking total employment to 5.95 million in FY2026, according to Nasscom figures cited by Reuters.
- AI revenue from Indian services firms is projected at 0–12 billion in FY2026, though Nasscom clarified that this does not include all AI-specific revenue across firms.
- Engineering R&D is expected to grow to $63 billion in FY2026, faster than core IT services, according to Nasscom estimates cited by Reuters.
- IndiaAI Mission was launched in March 2024 with an outlay of ₹10,372 crore, according to PIB. As of February 13, 2026, more than 38,000 GPUs had been onboarded for common compute access, and 12 teams had been shortlisted for indigenous foundational models or large language models.
- The Research, Development and Innovation Scheme has a corpus of ₹1 lakh crore over six years, and includes provisions for deep-tech funding support, according to PIB’s February 11, 2026 release.
- Startup India Fund of Funds 2.0 has a ₹10,000 crore corpus, approved by the Union Cabinet on February 14, 2026, to support deep tech, tech-driven manufacturing and early-growth startups.
- Under the Design Linked Incentive Scheme, 24 chip-design projects are supported, with 16 tape-outs, 6 ASIC chips, 10 patents and over 1,000 engineers engaged, according to PIB’s January 4, 2026 backgrounder.
Timeline of Key Developments
| Year/Date | Development |
|---|---|
| 1990s–2000s | India becomes a global IT outsourcing hub through software services, BPO and offshore delivery |
| 2010s | Cloud, mobile, analytics and startup growth expand India’s tech role |
| 2021–2024 | Global companies increase GCC presence in India; AI and product engineering gain momentum |
| March 2024 | IndiaAI Mission launched with ₹10,372 crore outlay |
| July 1, 2025 | Union Cabinet approves Research, Development and Innovation Scheme |
| November 3, 2025 | DaRDI Scheme launched by the Prime Minister, according to PIB |
| January 4, 2026 | PIB reports progress under DLI: 16 tape-outs, 6 ASIC chips, 10 patents |
| February 13, 2026 | PIB says IndiaAI Mission has onboarded over 38,000 GPUs and shortlisted 12 foundational model teams |
| February 24, 2026 | Reuters reports Nasscom’s projection that India’s tech sector will cross $315 billion in FY2026 |
| March 2026 | NTT DATA launches GCC Innovation Acceleration Programme for India, targeting 50+ global companies over 3 years. Union Budget 2026–27 announces tax holiday to 2047 for foreign cloud providers using Indian data centres. |
| May 2026 | MeitY launches IP Catalyst and cipie.in platform at national conference "From Patent to Product." India reveals record 1,43,729 patent filings in FY 2025–26, with a 52% jump in Electronics & IT patents. A new era of IP commercialisation formally begins. |
Expert Opinion
"India must move beyond increasing patent filings and focus on deriving economic and technological value from IP. We need to shift from a 'Patent Filing' mindset to a 'Patent → Product → Profit' approach."
— Unnat P. Pandit, Registrar of Copyrights, CGPDTM, DPIIT — speaking at the MeitY National Conference, May 12, 2026
"The revised startup framework fixes a real problem: if you're building semiconductors, medical devices, or advanced materials, you can spend 5 to 8 years just in R&D and regulatory approvals before seeing real revenue. You'd age out of benefits like Section 80-IAC tax exemptions right when you're ready to scale."
— Bharath Rankawatt, CEO & Founder, Enlite Research — Entrepreneur India, February 10, 2026
"Overall, the pickup in funding suggests a gradual move toward longer-horizon investing [in India's deep-tech sector]."
— Neha Singh, Co-Founder, Tracxn — cited in TechCrunch, February 9, 2026
"While GCCs in India are increasingly evolving into innovation hubs for multinational companies, enterprise-scale AI adoption is still at an early stage. Fewer than 20% of GCCs currently use AI as a core capability."
— Avinash Joshi, Executive Managing Director for India, NTT DATA — March 2026
Citizen Action Box (What Citizens Should DO?)
For Students
- Learn AI basics, Python, data analytics, cloud, cybersecurity or electronics.
- Use government-backed skilling platforms such as FutureSkills Prime and other recognised programmes.
- Build projects, not just certificates.
- Look for internships in startups, GCCs, MSMEs and local tech firms.
For Job Seekers
- Do not depend only on basic coding or support skills.
- Add domain knowledge: banking, healthcare, manufacturing, agriculture, logistics, telecom or education.
- Prepare for roles in AI testing, data annotation quality, cloud operations, cybersecurity support, embedded systems and product operations.
For MSMEs
- Start with simple digital tools: GST/accounting software, CRM, online catalogues, WhatsApp commerce, cloud storage and digital payments.
- Explore AI tools for customer support, content, inventory planning and quality checks.
- Check state startup missions, MSME development institutes and Digital India-linked schemes for support.
For Startups
- Track official calls under IndiaAI Mission, RDI Scheme, Startup India, MeitY, STPI, BIRAC, TDB and state startup missions.
- Keep documentation ready: company registration, DPIIT startup recognition, pitch deck, financials, product demo, IP details and founder KYC.
For Citizens
- Be careful of fake job offers in the name of AI, semiconductor or government schemes.
- Verify openings only through official company websites, government portals or recognised job platforms.
- Never pay money for a guaranteed tech job or government startup grant.
News4Bharat POV
India’s shift from outsourcing to DeepTech and IP creation is real, but it should not be mistaken for a quick transformation. The policy direction is stronger than before, with a longer recognition window for deep-tech startups, a new IP commercialisation platform, a ₹1 lakh crore R&D financing pool and the semiconductor push. These are important milestones, but their real value will depend on how quickly they move from announcements to execution.
But the gap between policy intent and ground reality remains wide. Grants get stuck. Tier-3 talent is not yet plugged in. Global funding still dwarfs India's deep-tech investment by 80x compared to the US. And the communities that most need economic uplift — women, rural youth, first-generation learners — are still largely outside this story.
India is no longer just the world's back-office. But becoming the world's innovation lab will require more than policy rewrites — it will require every institution, from IIT to the local polytechnic, from DPIIT to the district collectorate, to pull in the same direction. The potential is extraordinary. The work has just begun.
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