Christophe Fouquet has a way of sounding unhurried even when the stakes around him are anything but. ASML’s CEO—who took over in 2024 after more than a decade at the company—sat down for an interview ahead of his appearance at the Milken Institute Global Conference this week, speaking from the rooftop deck of his Beverly Hills hotel. The setting was almost cinematic: morning light, a relaxed posture, and a conversation that drifted naturally from leadership transitions to the question everyone in semiconductors eventually asks out loud, even if they don’t always ask it directly.
Who is coming for ASML?
Fouquet’s answer was blunt in its confidence. In the near term, he said, ASML does not see a rival “coming for us.” It wasn’t a dismissal of competition so much as a statement about how ASML defines the battlefield. The company’s core business—building the extreme ultraviolet (EUV) and advanced lithography systems that make leading-edge chip manufacturing possible—doesn’t resemble a typical tech race where a new entrant can simply out-iterate the incumbent. It resembles something closer to infrastructure: capital-intensive, deeply engineered, and dependent on years of learning curves, supply chains, and customer co-development.
That framing matters, because it reveals what Fouquet believes investors and policymakers often miss when they talk about semiconductor competition. They tend to focus on the visible end products—AI chips, foundry output, the latest node announcements—while ASML’s competitive reality is shaped by less glamorous constraints: optical physics, precision mechanics, contamination control, throughput, yield, and the ability to deliver systems that customers can actually run at scale.
And yet, the question of “rivals” is still unavoidable. ASML operates in a world where governments want domestic capacity, where geopolitical risk can reshape supply chains overnight, and where the demand for compute is pulling every part of the stack forward. Even if no one is “coming for” ASML in the immediate sense, the industry is still moving fast enough that complacency would be dangerous. Fouquet’s remarks, therefore, weren’t just reassurance—they were a map of how ASML thinks about time horizons, technological lock-in, and the difference between competition and substitution.
A leadership handoff that didn’t change the mission
Fouquet became CEO in 2024, stepping into a role that had been defined by continuity as much as change. He had already spent more than a decade at ASML, which means his perspective is not that of an outsider trying to impose a new strategy. Instead, it’s the perspective of someone who understands how ASML’s culture and execution model work: long development cycles, relentless attention to reliability, and a relationship with customers that is built on shared roadmaps rather than one-off product launches.
In the interview, he appeared comfortable discussing the transition itself, but the more interesting element was what he implied about the company’s priorities. Leadership changes in semiconductors can sometimes signal a shift in direction—new bets, new partnerships, new risk tolerance. Fouquet’s tone suggested the opposite: the mission remains stable, and the company’s job is to keep delivering the next generation of lithography capability while navigating the political and economic turbulence that surrounds advanced manufacturing.
That stability is not trivial. ASML’s customers—primarily leading foundries and chipmakers—plan their capital expenditures years in advance. If ASML’s roadmap wobbles, the entire ecosystem feels it. If ASML’s delivery cadence slips, customers can’t simply “switch suppliers” the way they might swap cloud vendors. The systems are too complex, the integration too deep, and the learning curve too expensive.
So when Fouquet says no immediate rival is coming for ASML, it’s also a statement about predictability. In a sector where uncertainty can become a cost center, predictability is a competitive advantage.
Why “competition” in lithography isn’t like competition in software
It’s tempting to treat semiconductors like a software market: new entrants appear, incumbents respond, and the best product wins. But lithography is closer to aerospace than to apps. The barriers to entry are not only financial; they are technical and operational.
To build advanced lithography systems, a company needs mastery across multiple disciplines simultaneously. EUV systems, in particular, depend on extremely precise optics, high-performance light sources, sophisticated alignment and control, and a manufacturing discipline that can produce components with extraordinary tolerances. Even if a competitor could assemble a prototype, scaling it into a reliable production tool is another matter entirely. Customers don’t buy prototypes; they buy uptime, throughput, and yield improvements that justify billions in capex.
There’s also the question of ecosystem readiness. Lithography tools are integrated into complex manufacturing flows. They interact with resist chemistry, etch processes, metrology, and quality control. The “product” is not just the machine—it’s the system-level capability to manufacture chips consistently at scale. That kind of capability is built through years of co-development and iteration, often alongside customers who are themselves investing heavily in process development.
This is why Fouquet’s confidence reads as more than marketing. It reflects a structural reality: the path to meaningful substitution is long, and the industry’s current trajectory doesn’t suggest a shortcut.
The rivals that matter may not be the ones people name
One of the most telling aspects of Fouquet’s remarks is that he did not frame the conversation around a specific named rival. That choice is strategic. In public discourse, competitors are often treated as individuals or companies with clear identities. But in advanced manufacturing, threats can come in subtler forms: alternative approaches to patterning, different process strategies, shifts in demand toward architectures that reduce sensitivity to certain manufacturing steps, or policy-driven procurement decisions that alter the balance of power.
Even if no single company is poised to replace ASML’s role in the near term, the industry can still experience pressure. Pressure might show up as customers demanding faster improvements, more flexible configurations, or better total cost of ownership. It might show up as governments pushing for local supply chain resilience, which can complicate logistics and component sourcing. It might show up as the market’s appetite for leading-edge nodes fluctuates with macroeconomic cycles.
Fouquet’s “no immediate rival” stance can therefore be read as a refusal to let the conversation become overly simplistic. The real competitive pressure is not necessarily a direct replacement; it’s the constant need to stay ahead in performance and reliability while managing external constraints.
In other words, ASML’s competition is partly internal: the challenge of continuing to execute at the edge of physics and engineering, year after year.
The AI boom and the lithography bottleneck
The AI wave has intensified attention on semiconductors, but it has also sharpened the spotlight on manufacturing bottlenecks. When demand surges for advanced chips, the industry doesn’t just need design talent and packaging capacity—it needs the manufacturing tools that can produce those chips reliably.
Lithography is one of the choke points. If you can’t print patterns accurately at the required scales, everything downstream becomes harder. That’s why ASML’s position is often described as foundational. It’s not that ASML sells “to AI.” It’s that AI accelerates the demand for the most advanced chips, and those chips require the manufacturing capabilities ASML provides.
Fouquet’s remarks fit into this logic. If the demand for leading-edge manufacturing continues—and there’s little evidence it will slow dramatically—then the incentive for customers to stick with proven lithography suppliers remains strong. Switching away from a supplier like ASML would mean risking yield and schedule, which is rarely acceptable when the market is hungry and timelines are tight.
But there’s another nuance: AI demand doesn’t just increase volume; it increases urgency. Customers want faster ramp-ups and more predictable output. That raises the value of reliability and service capability, not just raw technical performance. ASML’s competitive advantage is therefore not only in what it can build, but in how it supports customers through the messy realities of production.
That’s also why “no one is coming for us” can be interpreted as “we’re not seeing a credible path to disruption that would outweigh the risks of switching.”
Milken Institute stage: confidence with an eye on policy
The Milken Institute Global Conference is a venue where technology executives are expected to speak to more than just product details. Policymakers, investors, and global leaders attend with questions about industrial strategy, supply chain resilience, and the geopolitical implications of critical technologies.
ASML sits at the intersection of all of those themes. Advanced lithography tools are not easily duplicated, and the supply chain for components and subsystems is global. That makes ASML both strategically important and politically sensitive. Governments want to ensure access to advanced manufacturing capability, but they also want to manage national security concerns and export controls.
In that environment, a CEO’s confidence can be read as reassurance to stakeholders: ASML is not panicking, and it is not signaling that its position is fragile. Fouquet’s tone suggests the company sees itself as a long-term partner to the industry rather than a vendor vulnerable to sudden displacement.
At the same time, confidence doesn’t mean denial of risk. The semiconductor ecosystem is full of uncertainties—demand cycles, regulatory changes, and the possibility that new manufacturing approaches could alter the relative importance of certain lithography steps. Fouquet’s remarks, however, imply that ASML believes it has time and momentum to respond to those uncertainties without being blindsided by a near-term competitor.
A unique take: ASML’s moat is execution, not just invention
When people talk about ASML’s moat, they often mention technology leadership. That’s true, but it’s incomplete. The deeper moat is execution: the ability to translate scientific breakthroughs into manufacturable systems, then into repeatable production outcomes for customers.
In many industries, invention is enough to create a lead. In lithography, invention is only the beginning. The hard part is turning innovation into a tool that can run day after day with consistent results. That requires engineering discipline,