Dutch chip sector faces high risk of Chinese interference calls for stricter vetting

The global race for technological supremacy hinges on microchips, making the semiconductor industry not just a source of innovation but a frontline in geopolitical conflict. A recent assessment has put the Dutch chipmaking sector under an intense spotlight, revealing that it faces a very high risk of foreign interference from China.

This sobering evaluation, conducted by the Hague Centre for Strategic Studies, places the Dutch industry above other critical sectors like maritime and aerospace. The report highlights years of calculated espionage targeting key players, including companies like ASML and NXP, underscoring that the physical and digital flow of advanced chip technology is now a major strategic vulnerability.

The threat isn’t a single action; it’s a complex tapestry woven from multiple threads. The research categorizes Beijing’s methods into five distinct arenas: economic statecraft, digital and information operations, physical interference, legal pressure, and talent-based technological espionage. These tactics demonstrate that the competition extends far beyond simple trade disputes—it involves subtle, long-term efforts to compromise the integrity of the supply chain.

History provides stark context for these concerns. For example, ASML has faced insider theft cases dating back to 2015 involving data related to its lithography tools. This history, coupled with China’s actions—such as restricting rare earth exports through 2025, materials crucial for ASML’s complex optical systems—highlights the deep entanglement between resource control and technological advancement.

The vulnerability extends into current disputes. The recent Nexperia saga, where the Dutch government seized a chipmaker from its Chinese parent amid export blockades, serves as a sharp reminder of how geopolitical friction immediately disrupts crucial auto-production shipments. Researchers suggest that when crises, such as confrontations over Taiwan, escalate, China’s leverage over strategic industries can severely constrain allied policy responses.

To build resilience against this sophisticated threat, the report proposes concrete steps. One key recommendation is implementing stricter vetting of personnel at sensitive chip sites. A tiered system is suggested, where staff with direct access face deeper scrutiny regarding susceptibility to bribery or blackmail, while standard contractors receive lighter checks.

Furthermore, the study calls for a public-private fund dedicated to swapping out high-risk foreign hardware, including critical components like server motherboards and baseboard management controllers, with European-made equivalents. This initiative would work alongside existing efforts, such as the €2.5 billion Dutch government effort to expand domestic semiconductor production capacity.

This resilience strategy is backed by a proposed fund built by the EU and NATO, designed to replace vulnerable equipment during crises—whether from sanctions escalation or major cyber campaigns. It links technological security directly to collective defense mechanisms, ensuring that technological independence is prioritized in the face of global instability.