The ‘biggest threat’ China poses for European startups isn’t what you think

The Core Development

In the past twelve months, China has cemented its dominance in a suite of strategically vital technologies — semiconductor manufacturing equipment, advanced AI chips, and rare‑earth processing. The rapid expansion has reignited a familiar narrative in Brussels and Berlin: European tech firms are overly dependent on Chinese supply chains, and that reliance could become a geopolitical Achilles' heel.

Yet a growing chorus of venture capitalists, founders and policy analysts argue that the real danger lies not in the hardware itself, but in the strategic blind‑spot that many European startups are adopting. By focusing narrowly on "China‑risk" mitigation — such as relocating production or diversifying component sources — entrepreneurs risk overlooking a more fundamental challenge: the erosion of Europe's own innovation ecosystem in the face of a market that increasingly rewards scale, data access, and network effects that China is uniquely positioned to provide.

Supply Chain Realities & Strategic Shifts

China now supplies roughly 45 % of the printed‑circuit‑board (PCB) volume used by European consumer‑electronics startups, according to a joint report by the European Semiconductor Industry Association (ESIA) and the Fraunhofer Institute. In the AI sector, Chinese firms such as Huawei and SenseTime dominate the top‑10 AI‑accelerator market, a fact that forces European AI‑driven startups to either license Chinese IP or risk falling behind on performance benchmarks.

"The raw material cost advantage is real, but it's a short‑term fix," says Dr. Elena Rossi, head of supply‑chain research at the European Institute of Innovation and Technology (EIT). "What we see is a structural shift: European founders are redesigning products to fit Chinese‑centric components, which locks them into a technology stack that is not easily portable."

In response, several startups have begun "China‑first" design strategies — choosing components that are readily available from Chinese manufacturers to accelerate time‑to‑market. While this approach can shave weeks off development cycles, it also creates a hidden dependency: software updates, firmware security patches, and future hardware revisions become tied to Chinese vendor roadmaps that are opaque to European regulators.

Investor Perspectives

European venture capitalists are split. Traditionalists, such as Lars Müller of Earlybird, advocate for a "China‑free" policy, urging portfolio companies to source from EU‑based suppliers or, at worst, from allied markets like Taiwan and South Korea. "We cannot afford a scenario where a trade sanction or a sudden export control shuts down a startup's production line overnight," Müller told Sifted EU.

Conversely, a newer generation of investors sees the issue through a different lens. Anaïs Lefèvre, partner at Atomico's European fund, argues that the obsession with supply‑chain decoupling distracts from the more pressing need to build "European data moats." "The biggest competitive advantage in AI, fintech, and healthtech is not the silicon you buy, but the proprietary data you own and the talent you retain," Lefèvre said. "If we force startups to abandon the most efficient hardware, we risk stifling the very innovation that could give Europe its own strategic edge."

Founders echo this tension. Milan Kovács, CEO of NeuroPulse, a brain‑computer‑interface startup based in Budapest, explains why his company chose a Chinese‑manufactured ASIC for its prototype: "The performance‑per‑dollar was unmatched. Switching to a European fab would have delayed our clinical trial by at least six months, which in a field moving at breakneck speed could mean losing the entire market."

Long‑Term Outlook

The European Union's forthcoming Tech Sovereignty Act, slated for adoption in early 2027, aims to address these concerns by mandating "critical‑technology" certifications and offering subsidies for domestic chip production. However, analysts warn that legislation alone cannot resolve the underlying market dynamics.

A recent study by McKinsey & Company projects that by 2030, EU‑based AI startups that retain Chinese hardware partners will, on average, achieve 30 % higher revenue growth than those that fully localize their supply chains — provided they implement robust cybersecurity and data‑privacy safeguards. The study also highlights a "dual‑track" risk: while hardware dependence can be managed, the data‑flow dependency — where Chinese cloud services process European user data — remains a regulatory grey area.

To navigate this landscape, European startups are increasingly adopting a "strategic hybridity" model: leveraging Chinese manufacturing for cost‑efficiency while simultaneously investing in European R&D, talent pipelines, and data‑ownership frameworks. Initiatives such as the EuroTech Bridge — a public‑private partnership that funds joint EU‑China research projects under strict IP controls — illustrate a pragmatic approach that balances openness with sovereignty.

In the final analysis, the "biggest threat" is not a single supply‑chain choke point but a systemic misalignment between Europe's ambition to be a global tech leader and the reality of a market where scale, data, and network effects are increasingly concentrated in China. The continent's startups must therefore look beyond the immediate question of "where do we source our chips?" and confront the broader strategic challenge of building resilient, data‑rich, and talent‑driven ecosystems that can compete on equal footing.

Only by reframing the conversation — from a narrow focus on component provenance to a holistic view of innovation sovereignty — will Europe be able to turn the perceived threat into a catalyst for a more robust, home‑grown tech future.