A decade ago, India was the world's largest digital consumer market. Today the calculus has flipped. The country is now building homegrown technologies in semiconductors, artificial intelligence, quantum systems, supercomputing, and cloud infrastructure, while reshaping global standards around digital public goods.
This pivot rests on sustained public investment. The government launched the Digital India programme in 2015, then layered on the National Supercomputing Mission, IndiaAI Mission, National Quantum Mission, and Semicon India. Each targets a specific strategic layer: connectivity first, then compute power, then chip sovereignty.
Connectivity as foundation
Digital India began with optical fibre. From 2019 to 2025, India expanded its fibre network from roughly 19.35 lakh route kilometres to more than 42.36 lakh route kilometres. 5G rolled out fast enough that today 99.9 per cent of Indian districts have coverage. The newsroom saw internet connections climb from 25.15 crore in 2014 to more than 102.86 crore by 2026, and broadband explode from 6.1 crore to nearly 100 crore.
Affordability mattered as much as reach. Mobile data cost Rs 269 per GB in 2014. By 2026 it had fallen to Rs 8 to Rs 10 per GB. Average monthly data usage per user jumped from 61.66 MB to more than 24 GB in the same span. That made telemedicine, online education, digital payments, and e-governance possible at scale.
Computing and chips
The National Supercomputing Mission, launched in 2015 with Rs 4,500 crore allocated, has deployed 38 supercomputers across research institutions with a combined 47 petaflops of compute capacity. India also developed an indigenous PARAM Rudra series using local hardware and software, marking a step toward computing self-reliance.
Semicon India, announced in December 2021 with Rs 76,000 crore committed, targets an end-to-end chip ecosystem from design through manufacturing. The COVID-19 semiconductor shortage had exposed India's import dependence. The 2026-27 budget doubled down with India Semiconductor Mission 2.0, focusing on equipment manufacturing, materials, and supply-chain resilience. By June 2026, twelve projects worth approximately Rs 1.64 lakh crore had been approved, covering fabrication plants, compound semiconductor units, and packaging lines.
What the missions claim to solve
Policymakers framed technology investments as national security tools, not just economic stimuli. Supercomputers support weather forecasting, aerospace research, defence modelling, and drug discovery. Domestic chips reduce reliance on foreign supply chains. Homegrown standards in digital infrastructure and responsible AI shape how other nations build their own systems.
Whether India can deliver on this scale remains the open question. Long-term infrastructure plays like these often face cost overruns, talent shortages, and deployment delays. The Rs 1.64 lakh crore in approved semiconductor projects represents ambition, but manufacturing capacity at scale requires unbroken supply chains, skilled workforces, and sustained funding through down cycles. The government's bet is that domestic technological capability pays for itself in resilience and standing. Readers should watch the coming fiscal years for evidence that these missions move from announced targets to functioning capacity.