China’s Involution-Innovation Paradox
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The Innovation Paradox: How Involution Is Fuelling, Not Killing, Chinese Innovation
Amit Kumar
“The domestic imbalance between strong supply and weak demand is acute,” is how China’s National Bureau of Statistics (NBS) summed up the national economic performance in its monthly update for May. It is highly likely that the second quarter will also be marred by deflation. Earlier, in the first quarter of 2026, China’s GDP grew at 5%, comfortably placing it at the higher end of the 4.5–5% annual target set by the leadership at the ‘two sessions’ in March this year.
But there were worrying signs beneath these headline figures. Real economic growth has outpaced nominal growth for twelve consecutive quarters - an ominous indicator of a continued deflationary cycle. Had it not been for the energy crisis-induced price rise due to the war in Iran, the difference between real and nominal would have been even bigger.
The numbers suggest a deeper problem within China. The twin problems of industrial overcapacity and involution, where intensifying competition yields diminishing returns and price wars, loom large over the economy.
China’s tax and incentive structure are the two fundamental factors that work in conjunction to fuel the twin phenomena. The fact that the local governments’ two biggest sources of tax revenue – Value Added Tax (VAT) and Corporate Income Tax (CIT) – are collected at the point of production, incentivises local governments to compete for manufacturing. The drastic decline in land sales revenue has only pushed local governments to chase investments much more aggressively.
By itself, however, they do not necessarily create conditions for overcapacity and involution. But in the presence of a mechanism whereby the central government unveils a list of priority sectors backed by subsidy schemes in successive Five-Year Plans (FYPs), local governments seek to align their investments with central priorities. This prevents differentiation and promotes duplication of investments among local governments, thereby creating overcapacity, which in turn pushes down company profits. Yet the respective local jurisdictions keep pumping money into enterprises to sustain them in order to meet production, growth, and employment targets. Unfettered access to capital enables enterprises to engage in price wars. And since every player in the ecosystem has similar backing from their respective local governments, ‘race to the bottom’ is a logical outcome.
Innovation emerges out of Involution
In an ideal world, involution-style competition should result in the crowding out of players, resulting in a handful of players cornering the entire market. An emergence of such an ecosystem disincentivises the drive to innovate. Alternatively, if a sector doesn’t undergo consolidation and remains plagued by numerous players embroiled in price wars, reduced profit margins also discourage investment in R&D. As a result, innovation suffers. Either way, involution-style competition is not meant to foster innovation.
However, China has defied that wisdom, albeit with some inadvertent tinkering. The very structure - state support to keep enterprises afloat despite diminishing returns - that breeds involution also simultaneously fosters innovation. Every enterprise, regardless of profitability, has access to capital. And thus, the competitive ecosystem doesn’t break down. Hundreds of firms compete for market share, and this fight for survival forces them to innovate to differentiate. In fact, involution-style competition has abetted innovation in China.
Although involution is fostering a particular kind of innovation. To begin with, innovation can be broadly categorised into four types, in ascending order of complexity: process innovation, which drives cost-cutting and greater efficiency; product differentiation, which separates one product from another vying for the same market; application innovation, which creates a genuinely new product or use case; and breakthrough innovation, which fundamentally alters the technological frontier.
Under conditions of sustained involution in China, the first two categories have thrived. Process innovation – making manufacturing lines leaner, automating quality control, reducing material waste – is where Chinese industry excels. This is why manufacturing processes in China are often strikingly different from those elsewhere. It is not merely that Chinese factories are cheaper, but they are more efficient in ways that compound over time. For instance, the sheer speed of iteration means Chinese manufacturers can now overhaul entire production lines in a fraction of the time required by global peers, treating industrial hardware with the same rapid update frequency as consumer software.
Product differentiation follows next. When every competitor offers a similar EV at a similar price, the ones with a slightly better battery management system or a more intuitive user interface win. The existing pressure enforces a culture of hyper-evolution. Firms release significant hardware upgrades in quick succession, mirroring the smartphone industry’s cycle to prevent their products from becoming obsolete in months.
Application innovation – which involves developing an entirely new use case – is far less visible in this ecosystem characterised by involution. Breakthrough innovation, the kind that produces fundamentally new frontier technologies, is the rarest. It is because the cycle for such innovation is longer, and the enterprises are fighting a daily battle for survival. Thus, enterprises facing involution-style competition optimise for the short term. Their planning horizons are compressed. And they must continue to be competitive on both differentiation and efficiency endlessly because the ecosystem ensures their competitors remain in the race, and there’s no respite.
Consequently, it has helped Chinese players to be more competitive on both quality (differentiation) and price (efficiency), which has allowed them to outcompete peers in the foreign market.
The Case of China’s EV Industry
China’s electric vehicle industry emerges as an ideal case study. The industry was subjected to brutal competition with over 140 players at one point. The sustained involution-style competition gave way to a succession of technological advances in battery chemistry, autonomous driving software, and manufacturing processes. Chinese EV firms have mastered ‘micro-innovations’ in production, such as the rapid adoption of large-scale integrated die-casting or megacasting, which significantly reduces assembly complexity and costs compared to Western incumbents. Consequently, the intensive involution-style competition has reduced the development cycle of a new car model from the global average of four years to just under two.
Chinese EV makers like XPeng and Li Auto have pivoted to smart cockpit innovations with advanced AI integration and software features that differentiate them in a crowded market.
And finally, the instructive comparison between Apple and Xiaomi illustrates the result of this ecosystem. While Apple abandoned its decade-long car project, Xiaomi was able to launch the SU7 rapidly by leveraging the battle-hardened supply chains that have been squeezed for every possible efficiency by years of domestic price wars.
China’s humanoid robotics industry is now replaying this pattern. Over 150 companies are competing for market share and government support. China has inadvertently created a Darwinian laboratory that produces world-leading hardware at costs Western firms cannot yet fathom.
The recurring pattern suggests that a new blueprint has perhaps emerged. The industrial policy with Chinese characteristics may enable involution-style competition, backed by government support, to build innovative supply chains. And once the industry reaches saturation and has absorbed innovations, the central leadership can gradually withdraw support, allowing the less competent players to perish while the more competent ones consolidate, finally giving way to a more resilient and technologically advanced industrial landscape.
Eye on China is a weekly newsletter curated by the Indo-Pacific Studies Programme at The Takshashila Institution, a public policy think-tank based out of Bengaluru, India.
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