The longform
Two capability paths grew at different speeds.
Frontier institutions and coordination rails advanced quickly. Broad learning, productive firms, capable cities, and supplier depth spread more slowly.
The country that refuses to fit on one chart
India can land a spacecraft near the Moon’s southern polar region, supply quality-assured medicines to the world, export software at enormous scale, and run interoperable payments for a continent-sized population. It can also have weak average learning outcomes, a manufacturing sector dominated by tiny establishments, and more than two-fifths of employment in agriculture.
Those facts are often made to fight. One side assembles the frontier achievements into a superpower story. The other assembles the median outcomes into a failure story. Both lose the structure.
Every country combines capabilities with prerequisites and cross-dependencies. India’s outer branches include genuine strengths alongside a thin productive middle.
The fork
South Korea fused education and export manufacturing into a learning system. Firms imported technology, met foreign buyers’ standards, developed suppliers, moved into heavier industry, and eventually internalised research.
China’s much larger sequence moved through agricultural productivity, industrial and service jobs, infrastructure, urbanisation, exports, and today’s research scale. Vietnam entered later through FDI and assembly; domestic supplier participation now determines how much knowledge remains inside its firms.
India’s 1991 reforms removed barriers to entry, imports, foreign investment, and growth. Liberalisation met a small English-speaking technical elite, established scientific institutions, a huge informal workforce, constrained cities, and protected small firms. Tradable knowledge work responded first.
The real unlocks
Software services form a sophisticated export system with firms, training pipelines, delivery processes, foreign customer trust, and decades of accumulated organisational knowledge.
Digital public infrastructure forms another original branch. Identity, accounts, payment rules, and competing applications compose into a public-private transaction layer that expands state and market coordination.
Pharmaceuticals matter for the same reason. They show that Indian firms can accumulate process knowledge, satisfy demanding external standards, and build supplier and regulatory capability. Space shows what protected, mission-oriented institutions can do when objectives are clear and learning is sustained.
The missing middle
India has exceptional institutions at the top and mass participation at the bottom, with limited diffusion between them. Enrollment measures access. Learning measures skill. Institutes train elite engineers; industrial depth also requires a dense technician base, supplier ecosystems, and firms able to grow.
Rising phone exports demonstrate coordination, logistics, labour management, and buyer trust. Current policy emphasis on component producers and import dependence locates the next capability: domestic supplier depth.
Digital rails lower transaction costs and help firms formalise. Productive employment grows when that coordination reaches better learning, larger firms, capable cities, deeper suppliers, and industrial research.
The next move is backfill
India’s next decade connects services and manufacturing. Modern production combines software, logistics, design, finance, testing, and data. Advanced branches can lower the cost of building the others.
Can digital administration help good small firms become large? Can export electronics pull component knowledge inward? Can pharmaceutical and space procurement models transfer to other hard industries? Can better logistics turn India’s domestic scale from many fragmented markets into one learning market? Can public research funding crowd in sustained industrial research?
Success would appear as diffusion: globally competitive institutions, a digitally connected population, and a much denser productive economy.