China's State Money Is 90% of Its PE Market—and It's Targeting Hardtech
State-affiliated investors supplied 90% of China's PE capital last year, up from 79% in 2021, says Zerone. mHUB's Haven Allen warns of undisciplined frontier funding.
By Daniel Okafor
3 min read
Updated
What's News
- State-affiliated investors provided 90% of committed capital in China's PE market last year, up from ~79% in 2021, per Zerone.
- China's robotics sector raised $5.6 billion from January through mid-May 2026, versus $4.3 billion in all of 2025.
- Chinese quantum computing funding in Q1 2026 exceeded the full 2025 total.
- Government-affiliated investors participate in no more than 3% of U.S. VC deals and 11% in Europe, per OECD data.
- The U.S. has banned imports of foreign-made humanoid and quadruped robots on cybersecurity and supply-chain grounds.
State-affiliated investors supplied 90% of committed capital in China's private equity market last year, up from about 79% in 2021, according to Chinese data provider Zerone. That figure, Haven Allen writes, is not a bigger version of American public venture capital—it is a structurally different competitor entering the same frontier categories as U.S. hardtech.
Allen, CEO and cofounder of Chicago hardtech incubator mHUB and managing partner of mHUB Ventures, argues the real threat to U.S. hardtech leadership is not underqualified coastal funds. It is capital that never has to answer to loss.
How different is China's model from U.S. public venture capital?
The United States has run public venture programs for decades, including SBIC and In-Q-Tel. Allen notes In-Q-Tel has spent 25 years proving a government-linked investor can operate as a market facilitator, co-investing alongside private capital rather than replacing it.
OECD data shows government-affiliated investors participate in no more than 3% of all VC deals in the United States and 11% across Europe. "China's 90% isn't a bigger version of the same thing," Allen writes. "It's a different thing."
The difference matters because venture capital is disciplined by failure. Roughly two-thirds of early-stage VC investments lose money. Professional VC funds still invest in only about 0.2% of new U.S. businesses. That selectivity, Allen argues, is the entire mechanism—the Joseph Schumpeter process of creative destruction that lets markets find out what is real.
What happens when capital faces no discipline?
Allen points to Japan as the precedent. Through the 1990s and 2000s, banks kept insolvent firms alive rather than recognize losses. By 2002, roughly 30% of firms were on life support, holding 15% of all assets. That congestion suppressed entry of more productive replacements and produced decades of stagnation.
Signs of similar distortion are already visible in China. A partner at Ivy Capital told Reuters in June that funding for Beijing's "future industries" push showed a "level of frenzy…I have never seen in my entire career." The same reporting described a company founded three months earlier pitching investors on a valuation more than 30 times its current level on the strength of government backing rather than a demonstrated product.
Where is the state money going?
The categories attracting the fastest funding are the frontier technologies Allen says will define the next decade:
- Robotics: China's robotics sector raised $5.6 billion from January through mid-May 2026, exceeding the $4.3 billion raised in all of 2025.
- Quantum computing: Chinese quantum funding in the first three months of 2026 exceeded the full 2025 total.
Allen notes these bets are being funded at a pace and risk tolerance no market-disciplined investor would rationally match.
How are the U.S. and Europe responding?
Policy responses have already begun. The U.S. recently banned imports of foreign-made humanoid and quadruped robots, citing documented cybersecurity exploits and supply-chain risk. The European Union signaled it intends to extend the security-and-data logic it applied to Chinese EVs to autonomous vehicles.
Allen cautions against two responses: trying to out-subsidize a state, and relying only on import bans and tariffs, which create their own distortions. The U.S. answer, he writes, is the quality of what survives—technologies vetted by real customers, tested against real manufacturing constraints, and disciplined by investors who bear the cost of being wrong.
That requires hardtech companies to have somewhere to build: engineers, equipment, specialized infrastructure, customers willing to test unproven products, manufacturers that can scale prototypes, and capital structured for the longer path from invention to commercial scale.
The physical AI moment, Allen concludes, is a test of whether the system that rewards technology with capital can keep doing that faster than the system that doesn't have to.
Original: scmp.com
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Correspondent covering business strategy at Business Bearings.
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