This piece cuts through the noise of China's semiconductor ambitions to expose a billion-dollar house of cards built on hype, shell companies, and misplaced government faith. Asianometry doesn't just report a business failure; they dissect a systemic vulnerability where local officials, desperate for high-tech prestige, were bamboozled by grifters promising impossible speed. For anyone tracking the global chip race, understanding how Wuhan Hongxing Semiconductor Manufacturing (HSMC) squandered billions is more instructive than any success story.
The Anatomy of a Grift
Asianometry opens by establishing the high stakes: China imports over $300 billion in semiconductors annually, creating a national imperative to build domestic capacity. The government's response was a $20 billion national fund, but as the author notes, "such demands will always give rise to charlatans." The piece identifies HSMC as the most egregious example, a company founded in 2017 that promised to match TSMC's massive output in just two years.
The credibility of the venture was manufactured through two flashy maneuvers. First, they hired Changshan Yi, a 75-year-old former TSMC executive, to lead the company. Second, they purchased a state-of-the-art lithography scanner from ASML, the Dutch monopoly on such technology. Asianometry writes, "Having one of these multi-million dollar devices theoretically gives you the ability to etch chips up to the 10 nanometer level." Yet, the author immediately undercuts the spectacle, noting that the company "did a big public ceremony announcing it would claim that they had the only device in china capable of creating seven nanometer node generation chips. This is not true."
The most damning evidence of fraud, according to the analysis, was the financial maneuvering surrounding that very machine. Instead of using it to build chips, HSMC used it as collateral for a bank loan. "The bank statement says that the device is new and was never used," Asianometry points out, highlighting a pattern of deception where assets were leveraged for cash rather than deployed for production. This isn't just mismanagement; it's a classic confidence trick where the promise of technology is used to extract capital without any intention of delivering the product.
The company doesn't seem to be actually be making money; they're burning cash like really fast.
Critics might argue that the semiconductor industry is inherently risky and that not every failure is a fraud. However, the specific sequence of events—hiring a figurehead, buying a single machine, mortgaging it immediately, and then failing to pay subcontractors—suggests a deliberate strategy rather than a legitimate business stumble. The author's distinction between a failed startup and a grift is crucial here.
The Local Government Trap
The piece shifts to examine how HSMC exploited the ambitions of local bureaucrats in Wuhan. The company secured massive resources, including 636 acres of land and billions in funding, by dangling the prospect of a local TSMC. Asianometry argues that these officials were "easy to bamboozle with fancy words" because they desperately wanted to be the ones to deliver a tech boom to their city. "The Wuhan local government bureaucrat you dangle them the possibility of having a tsmc in their own city they will believe it because they want to it," the author writes.
This dynamic reveals a critical flaw in China's decentralized approach to industrial policy. Local governments, lacking the cash to fund such massive projects, granted land and small loans, betting that HSMC could eventually unlock the "big time" funding from the central government's national semiconductor fund. The plan was to "strung themselves along based on their own hype and cash from local governments." But the scheme collapsed when a construction subcontractor sued for unpaid bills in 2020, freezing the company's ability to apply for further state funds.
The ownership structure further exposes the lack of genuine investment. The public entity was 90% owned by a shell company run by individuals with no semiconductor experience, one of whom owned liquor and catering businesses. "The shell company did not invest any money into hong king," Asianometry notes, emphasizing that the capital came almost entirely from the government and loans from the very contractors who were later left unpaid. This raises a fundamental question about where the billions went. "If they received three billion dollars did that building really cost three billion dollars?" the author asks, suggesting that the money was likely siphoned off rather than invested in infrastructure.
The Fever of Fast Failure
HSMC is not an isolated incident. Asianometry contextualizes the failure within a broader "fever" sweeping China's tech sector, comparing it to the chaotic ride-sharing and bike-sharing wars. The author observes that "the same fever is starting to roll over semiconductor manufacturing in china," where companies like Huai Semiconductor and Dakema in Nanjing also collapsed under debt and unfinished buildings despite raising hundreds of millions.
The core issue, according to the analysis, is a cultural and structural impatience. "The common thing on all of these failures... is that the company founders wanted to get in and out as fast as possible," Asianometry writes. This rush to IPO and exit is antithetical to the realities of chip manufacturing, which requires "infinite patience and so much talent building." The author contrasts this with Singapore's long-term, albeit modest, approach to the industry, noting that China's "get rich quick" mentality is a "formula for fast failure."
You don't start a foundry without access to serious national level amount of resources not just a mount kilimanjaro of cash but also a base of expertise infinite patience and so much talent building none of that comes along in two years five years and even ten.
A counterargument worth considering is that China's sheer scale and state capacity might eventually overcome these early missteps. The author acknowledges this, stating, "I really believe that they can succeed in this industry" if they can focus and work long-term. However, the current trajectory of grifters moving from city to city, repeating the same model with different local governments, suggests that the systemic incentives for fraud remain strong.
Bottom Line
Asianometry's most compelling contribution is the forensic breakdown of how a semiconductor grift operates, moving beyond the headline of "failure" to expose the mechanics of fraud and the complicity of local officials. The piece's greatest strength is its refusal to treat this as a simple business error, instead framing it as a systemic risk to China's technological ambitions. The biggest vulnerability in the argument is the lack of definitive proof regarding the ultimate destination of the missing funds, though the circumstantial evidence is overwhelming. The takeaway for global observers is clear: until China shifts from a culture of rapid exit to one of patient industrial building, its semiconductor sector will remain rife with charlatans and wasted taxpayer money.