ASML and TSMC have a kill switch that can remotely disable chipmaking machines if China invades Taiwan, raising global concerns over the semiconductor industry's vulnerabilities.
Global Concerns Rise as ASML and TSMC Prepare Remote Shutdowns Amid Potential Chinese Action Against Taiwan
In a recent report by Business Insider, International concern over potential Chinese action against Taiwan, a significant producer of advanced semiconductors, has led to quiet discussions between US officials and their Dutch and Taiwanese counterparts. ASML, a Dutch company, has informed Dutch officials that they can remotely disable their machines if necessary. The Netherlands has even conducted simulations to estimate the potential dangers.
The remote shutdown capability affects ASML's extreme ultraviolet (EUV) machines, which is crucial for TSMC's operations. These machines are the backbone of producing sophisticated microchips used in AI and military applications. ASML, the sole manufacturer of this equipment, has been under pressure from the US, leading to a ban on sales to China. The semiconductor industry's vulnerability to geopolitical tensions is a cause for concern.
China claims Taiwan as its territory and has not ruled out military action. Taiwanese leaders have downplayed the threat despite US warnings of a possible invasion by 2027. Meanwhile, China has prioritized technological self-sufficiency, with Huawei manufacturing modern smartphones on older ASML printers.
ASML's EUV Machines' Shutdown Could Disrupt Global Semiconductor Industry, Warns TSMC Chairman
ASML's EUV machines, which have helped it become Europe's most valuable technology corporation, are crucial in producing advanced semiconductors. With a market capitalization of more than $370 billion, ASML has exported over 200 EUV equipment outside China, with TSMC being the primary customer. According to a source, the potential shutdown of these machines could profoundly impact the global semiconductor industry.
EUV machines require regular maintenance, and without ASML spare parts, they quickly become inoperable. ASML offers shared service contracts, which allow clients such as TSMC to undertake some maintenance but claims it cannot access customers' private data.
In a stark admission, TSMC chairman Mark Liu has acknowledged the vulnerability of their operations in the event of a military invasion. He stated that their chipmaking machines, crucial for producing advanced semiconductors, would be rendered inoperable. With its far-reaching implications, this potential disruption underscores the gravity of the situation for the global semiconductor industry.
"Nobody can control TSMC by force," TSMC chairman Mark Liu asserted. "If there is a military invasion, it will render TSMC factory non-operable." This stark statement underlines the potential consequences of a military invasion on the semiconductor industry, a scenario that could have profound and far-reaching implications.


Apple Turns 50: From Garage Startup to AI Crossroads
TSMC Japan's Second Fab to Produce 3nm Chips by 2028
MATCH Act Targets ASML and Chinese Chipmakers in New U.S. Export Crackdown
Britain Courts Anthropic Amid US Defense Department Dispute
NASA's Artemis II Mission: First Crewed Lunar Journey Since Apollo
Samsung Electronics Eyes Record Q1 Profit Amid AI-Driven Chip Boom
Apple's Foldable iPhone Faces Engineering Setbacks, Mass Production Timeline at Risk
OpenAI Executive Shake-Up Ahead of Anticipated 2026 IPO
China's AI Stocks Surge as Zhipu and MiniMax Hit Record Highs
Annie Altman Amends Sexual Abuse Lawsuit Against OpenAI CEO Sam Altman
U.S. Disrupts Russian Military Hackers' Global DNS Hijacking Network
Bendigo and Adelaide Bank Posts Strong Q3 Earnings, Announces AI-Driven Job Cuts
Lumentum Holdings Rides AI Wave With Order Book Filled Through 2028
Microsoft's $10 Billion Japan Investment: AI Infrastructure and Data Sovereignty Push
SpaceX Eyes Historic IPO at $1.75 Trillion Valuation
Anthropic Fights Pentagon Blacklisting in Dual Federal Court Battles
China vs. NASA: The New Moon Race and What's at Stake by 2030 



