MeitY laid out where India’s technology push is headed: digital infrastructure, advanced computing, semiconductor manufacturing, AI, quantum tech, research funding, and skills training, all treated as parts of one chain rather than separate efforts. The goal is to move the country from buying technology to building it, through a set of programmes working in tandem Digital India, the IndiaAI Mission, the National Supercomputing Mission, Semicon India, the National Quantum Mission, and the Anusandhan National Research Foundation (ANRF).
Digital infrastructure and computing power
Digital India remains the base layer. India now has 102.86 crore internet connections, riding on 42.36 lakh route kilometres of optical fibre, which has pushed broadband access up and data costs down. On the computing side, the National Supercomputing Mission has put 38 supercomputers in place, totaling 47 petaflops, used for research, AI work, and simulations.
Semiconductors
Semicon India and India Semiconductor Mission (ISM) 2.0 have cleared 12 projects worth ₹1.64 lakh crore, spanning fabrication, compound semiconductors, packaging, and manufacturing. The Design Linked Incentive Scheme backs domestic chip design separately, funding prototypes and pulling industry players in.
AI and quantum
IndiaAI Mission has ₹10,300 crore behind it and access to more than 38,000 GPUs, meant to widen who can use high-performance computing. AI Kosh, the data and model repository under the mission, now holds 12,115 datasets and 306 AI models.
On quantum, the National Quantum Mission runs on a ₹6,003 crore outlay, covering computing, communications, sensing, and materials research. India has already pulled off a 1,000-kilometre quantum communication link, and work has begun on a Quantum Valley in Amaravati.
Research funding and talent
ANRF and the ₹1 lakh crore Research Development and Innovation Scheme are meant to give deep-tech research the kind of long-term backing it usually doesn’t get. On the people’s side, FutureSkills PRIME has 27.5 lakh learners registered, and Chips-to-Startup is aiming to train 85,000 chip-design professionals. Talent development programmes such as FutureSkills PRIME, Chips-to-Startup, AI Centres of Excellence and expanded technical education infrastructure are addressing future workforce requirements.
The wider ecosystem now counts over 1.8 lakh startups, roughly 2,100 Global Capability Centres, and a biotech sector worth around USD 190 billion.
Key takeaway: The strategy spans infrastructure, chips, AI, quantum, research, and skilling at once, betting that public money plus talent pipelines can shift India toward technological self-reliance and sturdier long-term industrial growth.
MCQ Questions
MCQ Question 1:
The National Quantum Mission operates with an approved outlay of:
A. ₹3,500 crore
B. ₹4,750 crore
C. ₹6,003 crore
D. ₹10,300 crore
MCQ Question 2:
Which mission is responsible for expanding India’s supercomputing infrastructure?
A. IndiaAI Mission
B. Digital India Mission
C. National Supercomputing Mission
D. National Knowledge Network