As U.S. hardtech venture capital gains momentum, a state-backed model in China is fundamentally altering the global innovation landscape by removing the necessity of failure.
American hardtech venture capital is finally hitting its stride, with deep tech funds beginning to outpace conventional models. This is the way physical technology should be funded: by investors who bear the real-world cost of being wrong. Yet, a shadow has fallen over this progress. A new competitor is entering the field—focusing on quantum. physical AI. humanoids. and hardtech—that operates under an entirely different architecture.
Data from the Chinese provider Zerone shows that 90% of committed capital in China’s private equity market now originates from state-affiliated investors. a sharp rise from 79% in 2021. This shift is the result of a direct directive from President Xi Jinping. who has commanded financial capital to target early-stage. small-scale. long-term. and hard technology investments.
This isn’t the same as government involvement in the U.S. model. While programs like the Small Business Investment Company (SBIC) and In-Q-Tel have spent 25 years acting as market facilitators—co-investing to bridge gaps rather than replacing the market—the scale in China is starkly different. OECD data indicates that government-affiliated investors participate in no more than 3% of U.S. VC deals and 11% across Europe. China’s 90% figure represents a fundamental departure from market-based funding.
Venture capital survives because it is disciplined by loss. Roughly two-thirds of all early-stage investments fail. a culling process that ensures capital is only directed toward ideas capable of clearing a market bar. Professional U.S. funds invest in only 0.2% of new businesses, a selectivity that maintains the integrity of the ecosystem. When an investor is shielded from that loss. or when the state can extend a company’s runway indefinitely. serve as its customer through preferential procurement. or unilaterally reprice its next funding round. the traditional mechanisms of creative destruction break down.
The historical record offers a warning. Throughout the 1990s and 2000s, Japanese banks kept insolvent firms on life support rather than recognizing losses. By 2002. nearly 30% of Japanese firms held 15% of all assets while remaining unproductive. creating a period of stagnation that blocked new. efficient companies from entry.
Evidence of a similar frenzy is already visible in Beijing. In June. an Ivy Capital partner told Reuters that the push for “future industries” has created a level of investment madness never before seen in a career. Reports have highlighted companies founded only three months prior that are pitching valuations 30 times higher than their current standing. relying entirely on the weight of government backing rather than a working product.
These distortions are concentrated in the sectors that matter most. Between January and mid-May 2026, China’s robotics sector raised $5.6 billion, eclipsing its total 2025 output of $4.3 billion. Quantum computing funding in the first three months of 2026 alone surpassed the total for the entirety of 2025.
Governments are beginning to react. The U.S. has banned imports of foreign-made humanoid and quadruped robots, citing supply-chain risks and cybersecurity exploits. Meanwhile. the European Union has signaled it will apply the same data-security logic to autonomous vehicles that it previously used for Chinese electric vehicles. Policymakers are realizing that market share built on capital that never answers to the risk of failure is a different threat than dominance earned through the brutal. necessary culling of a competitive market.
Matching this state-led spending is impossible; one cannot out-subsidize a government. The U.S. path forward relies on the quality of its survivors: technologies vetted by real customers. constrained by real manufacturing limits. and disciplined by investors who own their losses. Hardtech companies require more than just money—they need engineers. infrastructure. and specialized manufacturers to bridge the gap between invention and scale. The current physical AI moment serves as a definitive test of whether a system built on market discipline can innovate faster than one built on state-guaranteed survival.
hardtech venture capital China U.S. robotics quantum computing state-affiliated investment market discipline