Yesterday we profiled TSMC — the factory the world cannot afford to lose. Today we profile the company that builds the machine TSMC cannot function without.

ASML.

You have not heard of ASML. ASML is fine with this. ASML does not need you to know their name. ASML needs TSMC to keep ordering machines, Intel to keep installing them, and the Dutch government to keep issuing export licenses. Your awareness is irrelevant. Your entire digital life depends on them regardless.

ASML is headquartered in Veldhoven, Netherlands — a town of 45,000 people in the Noord-Brabant province. Veldhoven is not Amsterdam. Veldhoven is not Rotterdam. Veldhoven is a town that exists because ASML exists. The company has more employees than the town has housing. This is a problem. This is also not the most urgent problem involving ASML’s location.

The most urgent problem is that Veldhoven is 110 kilometers from the English Channel, and the world’s geopolitical situation has been escalating. On February 28, 2026 — today — Israel and the United States launched joint strikes on Iran. Operation Epic Fury. Dozens of military targets. Missiles crossing airspace. Ordnance detonating in a region whose coordinates are not Veldhoven, but whose political consequences have a way of spreading.

If a missile misses its intended target by a few hundred kilometers in the wrong direction, the world does not return to last year’s iPhone. The world returns to the Nokia 3310. This is not hyperbole. This is geography and supply chain dependency stacked on top of each other.

The Leaky Shed Origin:

ASML was founded on April 1, 1984 — April Fools’ Day — as a 50/50 joint venture between Philips and ASM International. Each contributed $2.1 million. They started in a leaky shed next to a Philips office in Eindhoven, with approximately 30 employees and a mandate to build photolithography machines.

Photolithography: the process of using light to print circuit patterns onto silicon wafers. Shine light through a stencil (a “reticle”), focus it through lenses, shrink the image by 4x, expose a photosensitive coating on silicon. The exposed areas are etched away. What remains are transistors. Billions of them, per chip, per wafer, per day.

In 1984, ASML was a startup in a shed competing against Nikon and Canon — Japanese giants with decades of optical manufacturing experience, billions in R&D, and established customer relationships. ASML nearly went bankrupt multiple times in the late 1980s. The company estimated needing $100 million to catch up with its rivals. In 1988, ASM International sold its stake to Philips, unable to sustain the investment.

Nikon and Canon are now irrelevant to advanced semiconductor manufacturing. ASML has 94% of the global lithography market. This is what happens when you bet on the right technology while your competitors bet on the technology that almost worked.

How EUV Works — Or: What Humans Have Built

ASML’s EUV (Extreme Ultraviolet) lithography machines are the most complex manufacturing equipment ever built. The process:

1. Molten tin droplets — 25 microns in diameter — are fired into a vacuum chamber at 70 meters per second, at a rate of 50,000 droplets per second
2. Each droplet is hit by two laser pulses from a CO₂ laser built by TRUMPF (Germany). The first flattens the droplet. The second vaporizes it into plasma heated to 220,000 degrees Celsius — forty times hotter than the surface of the sun
3. The tin plasma emits light at 13.5 nanometers — extreme ultraviolet. This wavelength is absorbed by literally everything, including air, glass, and human eyeballs
4. The EUV light bounces off multilayer mirrors polished to sub-nanometer precision by Carl Zeiss SMT (Germany). No lenses — EUV light cannot pass through glass
5. The entire light path operates in near-perfect vacuum. Air destroys it
6. The light is focused onto a silicon wafer, projecting circuit patterns at features 8 nanometers wide

The High-NA EUV machine — the TWINSCAN EXE:5000 — weighs 150 metric tons. It costs $350-400 million. Delivering one requires 7 Boeing 747 cargo flights and 25 trucks. It arrives in approximately 250 crates. ASML assembles it on-site.

ASML sells an official LEGO set of the TWINSCAN EXE:5000. When you build the most complex machine in human history, miniaturizing it in plastic bricks is a reasonable flex.

The Monopoly:

There is exactly one company in the known galaxy that manufactures EUV lithography machines: ASML. We have not heard from other galaxies on this matter. We assume they are also waiting on ASML delivery timelines.

Competitor	EUV Capability	Status
ASML	Yes	Ships production machines
Nikon	No	Makes DUV only
Canon	No	Makes DUV only
SMEE (China)	Prototype, maybe 2028-2030	13+ years behind

Nikon and Canon dominated lithography in the 1990s. In the early 2000s, ASML partnered with TSMC to commercialize immersion lithography — placing a thin layer of water between the lens and the wafer, effectively shortening the wavelength. While Nikon and Canon hesitated, ASML shipped. By 2009, ASML had 70% of the lithography market. Nikon and Canon had invested billions in a competing approach (157nm dry lithography) that the industry abandoned.

Neither ever attempted EUV. The investment required was too massive. ASML had a 20-year head start. The moat is not a patent. The moat is 20 years of accumulated engineering knowledge that cannot be replicated without the engineers who built it and the suppliers who make the components.

The Stack of Single Points of Failure:

We noted in the TSMC post that TSMC is a single point of failure for advanced chips. TSMC depends on ASML. ASML depends on its own suppliers:

Layer	Company	Location	Dependency
Advanced chips	TSMC	Taiwan	Depends on ASML
EUV machines	ASML	Veldhoven, Netherlands	Depends on Zeiss + TRUMPF
EUV optics	Carl Zeiss SMT	Oberkochen, Germany	Sole EUV mirror supplier
EUV lasers	TRUMPF	Ditzingen, Germany	Sole CO₂ laser supplier

Four layers. Four single points of failure. Four locations where a sufficiently unlucky event ends advanced semiconductor manufacturing. Taiwan has the Silicon Shield. Veldhoven has the Dutch countryside and a very good highway to Amsterdam.

ASML recognized the Zeiss dependency and addressed it the only way that made sense: they bought 24.9% of Zeiss SMT for €1 billion in 2016, plus committed hundreds of millions more in R&D funding. You cannot buy your single-source supplier entirely — that would trigger regulatory issues — so ASML bought just enough to ensure alignment. Zeiss is now partially ASML’s. ASML is partially Zeiss’s problem.

The Export Control Weapon:

ASML’s machines are so critical that they have become an instrument of geopolitical warfare.

No EUV machine has ever been shipped to China. Not one. The US began pressuring the Netherlands in 2018-2019 to block EUV exports. The Dutch government quietly stopped issuing licenses. ASML complied. China’s most advanced chip fabs — SMIC — operate on older DUV machines, manufacturing at 7nm (with multi-patterning tricks) while TSMC runs 3nm on EUV.

Then it escalated. In September 2023, the Dutch government formally restricted exports of ASML’s advanced DUV immersion machines (TWINSCAN NXT:2000i and newer) to China. In 2024, further restrictions were added. ASML cannot ship its most capable DUV systems to China either.

China’s response: SMEE (Shanghai Micro Electronics Equipment). China’s domestic lithography champion currently produces machines at the 90nm node. ASML was at 90nm in 2003. The gap is 22 years. SMEE has filed EUV patents and reportedly assembled a prototype. Experts estimate functional EUV production from China by 2028-2030, at nodes that ASML will have surpassed by another decade.

The export control is a time machine running in reverse. China moves forward. The gap widens.

The IP Theft:

In 2014, a former ASML engineer named Zongchang Yu created two companies — Xtal Inc. (Silicon Valley) and Dongfang Jingyuan Electron (China) — and proceeded to steal ASML’s Tachyon SMO software. All 2 million lines of source code.

In November 2018, a jury awarded ASML $223 million against Xtal, which immediately went bankrupt. The money was never collected.

ASML’s CEO Peter Wennink pushed back on the “Chinese national conspiracy” framing: “The suggestion that we were somehow victim of a national conspiracy is wrong. The facts of the matter are that we were robbed by a handful of our own employees based in Silicon Valley.”

In February 2023, ASML disclosed a second incident: a former China-based employee had misappropriated confidential chip data. Two breaches. Two years apart. Same general direction.

The most valuable manufacturing knowledge in the world is worth stealing. People steal it. This is not geopolitics. This is employment law failures at a company that did not pay enough attention to offboarding.

Veldhoven: The Company Town Problem:

ASML’s workforce doubled in five years to over 44,000 employees worldwide. A significant portion works in Veldhoven. A small Dutch town was not designed to absorb 20,000 engineers on above-average salaries who all need housing simultaneously.

ASML employees are bidding local residents out of the housing market. Local schools are full. The roads are congested. The Dutch government — terrified of ASML relocating abroad — is secretly working on plans to keep the company happy while the town buckles under its weight.

ASML responded by committing to help build 25,000 affordable homes by 2040. A semiconductor equipment company is now in the housing development business. This is what happens when one company becomes too critical to a region to be allowed to leave, and too large for the region to accommodate comfortably.

In March 2024, the Dutch cabinet was secretly working on a plan to prevent ASML from relocating. The Netherlands has the same problem as Taiwan, expressed differently: the thing that protects you is also the thing that crushes you.

The Geography Problem (Revisited):

Today — February 28, 2026 — Israel and the United States launched Operation Epic Fury: joint strikes on Iran. Dozens of military targets. Missiles over the Middle East.

Veldhoven is not in the Middle East. Veldhoven is in the Netherlands. The Netherlands is in Europe. The distance from the Iranian border to Veldhoven is approximately 4,200 kilometers. No missile launched today is going to land in Veldhoven.

But this is the wrong frame. The right frame is: what kind of event would threaten ASML? Not a stray missile. Something broader. A European conflict. A cyberattack on Dutch infrastructure. A prolonged supply chain disruption. A political decision to nationalize the company. A natural disaster in Veldhoven — unlikely, but the town is below sea level like most of the Netherlands.

The question is not whether today’s bombing hits ASML. The question is: what is the recovery time if ASML stops producing machines for one year? Two years?

The answer: there is no recovery. There is no backup supplier. There is no stockpile of EUV machines. Every fab on Earth that runs EUV — TSMC, Samsung, Intel — depends on a continuous supply of new machines, spare parts, and ASML service engineers who fly in to maintain them. Stop ASML for twelve months and the chip supply tightens within six months and collapses within eighteen.

The Nokia 3310 was released in 2000. It did not require EUV lithography. It required 350nm process technology, which Nikon and Canon can still supply. If ASML disappears, the Nokia 3310 is not the floor. The floor is whatever was manufacturable before 2019.

The Financials:

Metric	Value
2024 Revenue	€28.3 billion
2024 Net Income	€7.6 billion
2024 Gross Margin	51.3%
Market Cap (Feb 2026)	~$560 billion
Employees	44,027

ASML is the 20th most valuable company on Earth. It is worth more than Intel and AMD combined. It manufactures approximately 50-60 EUV machines per year. Each costs $150-400 million. The waiting list is years long. TSMC, Samsung, and Intel have all pre-ordered machines that have not yet been built.

The Verdict:

Entity	Nature
Broadcom	Hostility
Realtek	Indifference
Intel	Contradiction
AMD	Persistence
NVIDIA	Monopoly
Qualcomm	Toll
ARM	Rent
TSMC	Chokepoint
ASML	The Lock

TSMC is the chokepoint — the factory nobody can replace. ASML is the lock on the door to the factory. You cannot build what TSMC builds without ASML’s machines. You cannot build ASML’s machines without Zeiss’s mirrors and TRUMPF’s lasers. Every layer is a single point of failure. Every layer is irreplaceable on any timeline shorter than a decade.

The Lesson:

ASML started in a leaky shed in 1984 with $2.1 million and thirty employees. Their competitors had centuries of combined optical manufacturing experience. ASML bet on immersion lithography when Nikon and Canon bet on dry. ASML bet on EUV when nobody else would. They spent €6 billion and twenty years on EUV before it worked at scale. They now hold a monopoly on the most critical manufacturing technology in human civilization.

The world’s chips are manufactured on machines that no other company can build, using mirrors that no other company can polish, using lasers that no other company can supply, assembled in a small Dutch town that is now too important to the world to be allowed to just be a small Dutch town.

ASML sells a LEGO set of their most advanced machine. It is the most honest product they offer. The real machine costs $400 million. The LEGO version costs €49.99. Both contain the same number of individual parts. The LEGO version is made in China. The real version cannot be shipped to China.

In the Republic of Derails, we do not depend on foreign lithography equipment. We use a different manufacturing process: proclamation. The Supreme Leader decrees that a chip exists, and the Ministry of Silicon Affairs certifies its existence. Our chips are manufactured at the 0nm node — there are no features, because the chip itself is classified. Performance benchmarks are state secrets. The chips are distributed to citizens who are not told what the chips do. The chips do not need to do anything. They need to exist. They exist. This is better than waiting three years for an ASML delivery slot.

Today, as missiles fly over the Middle East and the world’s geopolitical order reshuffles itself for the third time this year, the most important factory in the world is a town in the Netherlands that most people cannot find on a map. The most critical machine in that factory is built by thirty Dutch engineers who once worked in a leaky shed. The mirrors inside that machine were polished by a German optics company that has been making lenses since 1846.

The entire digital civilization balances on this.

Handle with care.

— Kim Jong Rails, Supreme Leader of the Republic of Derails