Chapter 093　What Did ASML Redefine?

Prescription for Incumbents What did ASML redefine? Answer “a precision machinery maker that ran away with lithography” and the most important part drops out. What sits at the center of this enterprise is not the superiority of its technology. It is a design problem: how do you make something exist that no single company could ever build? EUV lithography came into being only through ultra-long-term joint development that pulled in component suppliers, research institutes, and customers. This chapter works from public information only, and treats that structure together with the concentration and the regulatory risk it produced. Praise is not analysis.

1 What makes this enterprise worth a question

Start with the numbers we could confirm. The numbers are not the conclusion. They are the starting point. Full-year 2025 total net sales were €32.7 billion, net income was €9.6 billion, and the gross margin was 52.8 percent. Backlog at yearend stood at €38.8 billion (results release announced January 28, 2026). In the second quarter of 2026, total net sales were €9.3 billion, net income was €2.9 billion, and the gross margin was 54.0 percent. The company sold 86 new lithography systems in that quarter (results release announced July 15, 2026). There are many enterprises of this size in the world. Size is not the reason this one is worth a question. First, the length of time. On its own product page, the company describes its EUV — extreme ultraviolet — technology this way: more than €6 billion invested in research and development over seventeen years (verified August 1, 2026). Trace the line back to the start of the basic research and the period gets longer still. ZEISS, its partner, places the origin of EUV optics at a workshop held in 1995 (ZEISS official article). Second, capital flowed in the wrong direction. In 2012 the company completed its customer co-investment program. Intel, TSMC, and Samsung contributed a combined €1.38 billion of research and development funding over five years. Together they also paid in €3.85 billion, becoming minority shareholders with 23 percent in total (announced August 27, 2012). Customers funded the development of a machine that did not yet exist, and became shareholders. Third, the concentration that success produced. Concentration of technology, concentration of customers, and concentration as a target of geopolitical regulation. This company’s strength and its fragility come out of the same structure. What we want to read here is not a list of reasons it won. It is a case in which the word ecosystem stopped being a metaphor and became an object of design. For most enterprises, ecosystem is a word applied after the fact. Counterparties multiply, relationships widen, and the resulting state gets that name later. In this company’s case the order looks reversed. Before the machine existed, the relationships needed to make the machine exist were designed. That difference of order is the subject of this chapter.

2 Conventional answers and their limits

Three explanations about this company are in circulation. Each is partly right. Each drops the part that matters. The first conventional answer: “It is strong because it holds precision technology no one can copy” This is the technology-advantage explanation. EUV lithography uses light at 13.5 nanometers. That light is absorbed by air and by glass, so lenses cannot be used. By the company’s own account, two-stage laser pulses strike tin droplets moving at high speed, generating light up to 50,000 times per second. The wafer stage positions to an accuracy of 0.25 nanometers, checking and adjusting 20,000 times per second (company EUV lithography systems page). It is certainly difficult. But difficulty does not explain advantage. More enterprises have taken on difficult technology and disappeared than have survived it. And the core of this technology was not invented by the company alone. The multilayer-mirror optics were ZEISS’s work, and the light source, Cymer, was an outside company until it was acquired in 2013 (company history). The technology-advantage story does not explain why that technology gathered around this company and no other. Change the question and what you can see changes. Holding difficult technology and binding a set of organizations that hold difficult technology into a single plan are different capabilities. The first is a research and development problem. The second is a management problem. The second conventional answer: “It won because it could spend enormous sums on research and development” This is the balance-sheet explanation. More than €6 billion over seventeen years supports it. But the explanation misses where the money came from. Look at the 2012 co-investment program. TSMC committed €276 million of research and development funding and €838 million of share purchases (2012 announcement). Samsung’s figures were €276 million and €503 million (announced August 27, 2012). Across the three companies, €1.38 billion of research funding. The company did not win on its own financial strength. It designed a mechanism that connected its customers’ money to its own development plan. The balance-sheet story mistakes a result for a cause. The third conventional answer: “It is strong because it locked up the supply chain” This is the vertical-integration explanation. But the relationships shown in public information have the opposite shape. In 2016 the company acquired 24.9 percent of Carl Zeiss SMT for €1 billion. Alongside it, it committed about €760 million of support over six years, made up of €220 million in research and development and €540 million in capital expenditure. The aim was to develop high-NA EUV optics with a numerical aperture above 0.5 (2016 announcement). This is not an acquisition. It is a minority position that leaves the supplier’s independence intact while synchronizing money and plans. At the same time, the company accepted investment from its customers. Threads of capital run in both directions, upstream and downstream. It did not lock the chain up. It wove it. What all three answers miss All three ask what this company has. They are questions about possession. But what this case shows is something possession cannot explain. The third dimension of Enterprise Redefinition defines an organization not as a collection of people but as a value-creation system made of people, AI, partners, universities, and customers. Take that definition literally and the question changes. It is not what this company has. It is what this company made possible.

3 What was redefined — an analysis across the five

dimensions We read along the five dimensions of Enterprise Redefinition. The order follows the canon: Purpose, Business, Organization, Capital, and Leadership. What follows is what can be read from public information. It is not an assertion about internal decisions. Purpose — from building machines to keeping miniaturization possible The company was founded in 1984 as a joint venture of Philips and ASMI. Collaboration with Carl Zeiss began in 1986 (company history). The starting point was a company that built a product: lithography machines. What can be read from public information is that the expression of the Purpose widened afterward. The stated aim of the 2012 co-investment program was to accelerate the development of the key lithography technologies needed to extend Moore’s Law. What is described there is not a product. It is a state in which an entire industry can go on miniaturizing. The Core Purpose was not swapped out. As the canon notes, Core Purpose can remain stable while its expression and its means of realization evolve. This company’s core is cutting fine shapes with light, and it has not moved in forty years. What moved is the range of who that core is realized with. Business — from selling machines to supplying generations The rewriting of the business dimension shows up in the unit of sale. In the second quarter of 2026, separately from system sales, revenue from managing the installed base accounted for €2,762 million (announced July 15, 2026). A machine is not sold once and forgotten. It keeps running, is improved, and gains performance. The larger point is that what is supplied is not a machine but a generation of resolution. Customers are not buying a particular model number. They are buying the premise that the next generation of miniaturization will arrive on schedule. On that premise, semiconductor makers decide factory investments years ahead. The difference in unit runs straight into management. Take the machine as the unit and competition is about specification and price. Take the generation as the unit and competition is about whether the schedule holds. Organization — an organization that lies outside the corporate boundary The organizational dimension is the center of this case. EUV could not be built by this company alone. ZEISS handled the optics, Cymer the light source before it was acquired, and outside suppliers the high-power lasers. At the basic research stage, public research institutes and industry consortia were involved. A secondary source reports that the company joined EUV LLC, a U.S. consortium, in 1999 (Construction Physics). Measured against the canon’s definition, that assembly is this company’s organization. The boundary of the legal entity and the boundary of the value-creation system do not coincide. What we should observe is not an organization chart but who shares a schedule with whom. One distinction belongs here. Holding an ecosystem as capital and holding the capability to design an ecosystem are different things. The first is an accumulation; the second is an act. What makes this case rare is that the second can be observed. Capital — capital that flowed in both directions In the capital dimension, the direction of the money is the reverse of the usual. From downstream to upstream. Three customers contributed €1.38 billion of research and development funding and acquired 23 percent of the shares for €3.85 billion. Capital also moved upstream. The company acquired 24.9 percent of ZEISS SMT for €1 billion and committed about €760 million of support. The third equation of the canon defines capital as follows. Future Capital = Financial × Human × Learning × Trust × AI × Knowledge × Ecosystem × Purpose This is multiplication. If any single term is zero, the whole product is zero. In this company’s case, the Ecosystem and Trust terms compounded over a long period. Customers do not fund development costs unless the Trust term is high. First Principle 8 states, Trust Compounds Faster Than Capital. Trust compounds faster than capital. Leadership — handing out a schedule in twenty-year units The rewriting in the leadership dimension shows up in the handling of time. In July 2026 the company published a capacity plan for 2027. Low-NA EUV capacity, about 65 units in 2026, will rise by 30 percent, and DUV immersion, about 130 units, will rise by 30 percent as well. A further 30 percent increase in 2028 is under consideration (announced July 15, 2026). This is not following a demand forecast. It is placing a supply plan in front of an industry. The fourth equation of the canon defines leadership as follows. Leadership = Purpose × Question Design × Capital Allocation × System Architecture × Trust This equation is multiplicative as well; a zero in any term empties the whole. What stands out at this company is the System Architecture term. But a management that hands out schedules is vulnerable to delay. Break the promise and the whole industry has to replan.

4 Structure — ecosystem as capital, and the Future

Horizon

4.1 Ecosystem Capital and Ecosystem Capability

Set down the second equation of the canon. FVCC = Purpose × Learning × Redefinition × AI Integration × Ecosystem × Capital Allocation × Trust Here too, Ecosystem is one term of a product, and a zero anywhere empties the whole. What this case shows is that the term splits into two layers. The first layer is ecosystem as capital. It refers to the accumulated relationships with suppliers, research institutes, and customers. This is something a firm has, and it builds up with time. The second layer is ecosystem as capability. It refers to the power to design new relationships, synchronize money with plans, and align the interests of the participants. This is something a firm does. The 2012 co-investment program reads as an expression of that capability, because its design asks customers to state their future needs now, in money. Most enterprises have the first layer. They have suppliers and research partners. Without the second layer, though, relationships stay a collection of transactions. This is where the lesson sits. An ecosystem is not acquired. It is designed.

4.2 Future Horizon and Future Time

The fifth equation of the canon places time as an independent term. Future Value = Future Time × Future Capability This is multiplication as well. Where time is zero, no Future Value appears however high the capability. This case comes close to an empirical demonstration. In ZEISS’s record, EUV optics start in 1995. The first production EUV optics were delivered to ASML in 2012, the production system NXE:3300 appeared in 2013, and a consumer smartphone carrying EUV-made chips arrived in 2018 (ZEISS official article). On the company’s side, the prototype NXE:3100 shipped in 2010, and the hundredth EUV system shipped in 2020 (company history). From origin to consumer product, more than twenty years. What that length means is that setting the Future Horizon is a management decision. An enterprise whose horizon is five years cannot hold this investment. It is not a question of technical capability. Institutionally, the item never even reaches the agenda. The Value Equation has the same structure. Value = Purpose × Trust × Capability × Time Time is one term of a product. Capability can be bought. Time cannot. What this company secured was, more than capability, time.

4.3 Where in the Future Value Chain the value was created

The causal order fixed by the canon is as follows. Purpose → Learning → Redefinition → Creation → Enterprise Value Lay this company’s thirty years over that order and the point where value arose becomes visible. Value did not arise at Creation. It arose between Learning and Redefinition. In the years when nobody knew whether EUV would work, several organizations kept learning the same problem. Out of that learning, the company was redefined from a maker of machines into a company that makes an industry’s miniaturization plan possible. Because the redefinition happened, the Creation of volume production became possible. Enterprise Value came last. The gross margin of 2026 is the outcome of an allocation to learning made thirty years earlier. The order must not be read in reverse.

4.4 Where it sits on the Enterprise Redefinition Maturity Model

Within what public information allows, the level varies by dimension. In the organization and capital dimensions, behavior seen in a Continuous Redefinition Enterprise can be observed. The company redesigns itself, together with suppliers and customers, before external disruption requires it. In the leadership dimension, behavior that designs a future ecosystem can also be read. The business dimension is harder to judge. Dependence on a single technology line looks less like evolution than like deepening. The internal state of the organization cannot be observed sufficiently from outside. Here we recall the canon’s notes. The Enterprise Redefinition Maturity Model (ERMM) evaluates organizational coherence rather than isolated excellence. An organization can be at Level 4 in AI capability while remaining at Level 2 in leadership. Placing this company at a single level is itself a misuse of the model. Maturity is also assessed across all five dimensions in balance: exceptional technological capability with weak leadership redesign does not produce higher maturity, and strong purpose without adaptive organizational systems remains insufficient. And Level 5 must not be treated as a target to be reached as fast as possible. The appropriate level differs by industry and environment.

5 What it looks like in practice — the timeline, and the

risk buried in it

5.1 Thirty years

Here are the main milestones confirmable from public information. 1984, founded as a joint venture of Philips and ASMI. 1986, collaboration with Carl Zeiss begins. 1995, listing of the shares; in the same year, ZEISS holds a workshop on EUV optics. 1999, ZEISS builds the first prototype projection optics. 2010, the prototype NXE:3100 ships. 2012, the customer co-investment program is completed; in the same year, ZEISS delivers the first production EUV optics. 2013, Cymer is acquired and the production system NXE:3300 appears. 2016, investment in ZEISS SMT. 2018, a smartphone carrying EUV-made chips reaches the market. 2020, the hundredth EUV system ships. 2023, the first shipment of high-NA EUV with a numerical aperture of 0.55. What deserves attention in this chronology is the length of the blank before revenue. From 1995 to 2013, the technology generated no sales. Throughout, money kept flowing in from the company, its customers, and its suppliers.

5.2 The concentration that success produced

Recent results have run above plan, reflecting the expansion of AIrelated investment. As of April 15, 2026, the full-year outlook was total net sales of €36 billion to €40 billion. By July 15 it had been raised to €43 billion to €45 billion. That is a large upward revision in three months. But four issues are buried in this structure. Praise is the enemy of analysis. First, concentration of technology. This company’s future is tightly bound to a single technology line, EUV. According to a secondary source, no other company can be confirmed to supply EUV lithography systems commercially (Construction Physics). Thin competition supports margins in the short run. In the long run, it narrows the room to switch when a substitute technology appears. Second, concentration of customers. The enterprises that decide investment in leading-edge logic and memory can be counted on one’s fingers. The capital expenditure decisions of those few companies effectively determine this company’s demand. A backlog of €38.8 billion shows depth. It does not mean the demand is diversified. Third, regulation. Lithography systems are subject to export controls in several countries. The company’s results materials state export controls and shipment restrictions explicitly as a risk that could affect future performance. At the April 2026 results announcement, CEO Christophe Fouquet said that the range for the 2026 outlook can absorb the expected outcomes of the discussions on export controls. What we state here goes no further than confirming the fact. This chapter takes no position on whether the regulation is right. Reporting has conveyed an expectation that China will account for about 20 percent of sales in 2026, but that is not the company’s official disclosure. Fourth, dependence on suppliers. The strength of an ecosystem is also the number of its single points of failure. Both the optics and the light source depend on counterparties for whom there is no substitute. Cross-shareholding supplements that dependence with relationship. It does not remove the dependence.

5.3 Strength and fragility sit in the same place

The four issues are not separate weaknesses. All of them come out of the same design. To build what one company could not build, this company wove a net of relationships. The net is strong. But being a net, it has a limited number of knots. The fewer the knots, the more efficient the net — and the easier it is to tear. This is not a defect peculiar to this company. It is a structure common to every enterprise that holds an ecosystem as capital. The lesson to extract is not do not build the net. It is that if you build the net, watch the number of knots as a management metric. And the fragility cannot be avoided. Keep the business inside what one company can complete alone and the knots decrease. So does the size of what can be built. What management chooses is not whether to be fragile. It is which kind of fragility to accept.

6 What transfers, and questions for the executive

What transfers from this case, and under what conditions? Not an imitation of the technology strategy. There are four things to take. First, institutionalize the Future Horizon. A twenty-year investment does not survive on patience. Without matching budget categories, evaluation metrics, and a method of handover to a successor, it disappears when the executive changes. Many incumbents already hold a long time axis. They hold it without using it as an institution. Second, design the funding of joint development. This company asked customers for development money and gave them shares. Every industrial economy has plenty of joint research frameworks. Few of them move money, equity, and a schedule at the same time. Deepening a relationship does not mean holding more meetings. It means building a mechanism that binds each side’s decisions. Third, reconsider your position as a component supplier. Several enterprises hold high capability in the layers around EUV. To conclude from this that they should move to the system side is glib. Winning at the component layer is a legitimate strategy. The question to ask is whether your company receives the schedule or hands it out. If you receive it, the other side decides your share of the value. Fourth, the decision to give things up. At least in the early period, this company chose not to bring optics and light sources in house. It gave up having everything and took making the thing possible. First Principle 3 states, Capital Exists to Create Possibility. Capital exists to create possibility. Not to own. And one caution. This company must not be imported as a model. The appropriate level on the Enterprise Redefinition Maturity Model differs by industry and environment. An organization in which technological capability alone stands out, without an accompanying redesign of management, cannot reach higher maturity. Finally, three questions. Each can be answered at your next executive meeting. Question 1 — How many years ahead does your schedule run? Who decided that number? If the convention of the fiscal calendar decided it, that is not a management decision. It is clerical processing. Question 2 — Is your company working on something it could not build alone? If not, is that a limit of capability or an absence of design? If it is the second, it can be changed tomorrow. Question 3 — How many knots does your ecosystem have? If you cannot count them, the enterprise does not grasp its own structure of dependence. This is the question of Recognize, the first stage of Enterprise Redefinition. What assumptions about our enterprise are becoming obsolete? AI cannot answer that. AI can test assumptions. Which assumptions should be doubted is decided by people. What ASML redefined was not the lithography machine. It was the unit called the enterprise. When you build what one company cannot build, the boundary of the enterprise is drawn outside the legal entity. What this company designed over thirty years was not a machine but the structure of relationships that let the machine exist. Only the last dozen or so of those years appear in the financial statements. What we are looking at is not a picture of success. It is evidence of an order: Purpose, then Learning, then Redefinition, then Creation, and Enterprise Value last. That order is open to any enterprise. What is not open is the twenty years, and the design that brings others in.

In brief

What ASML redefined is not the lithography machine. It is the boundary of the unit called the enterprise.
What can be read from public information is that the organization and capital dimensions show the behavior of a Continuous Redefinition Enterprise.
Value was not created at Creation. It was created between Learning and Redefinition.
A structure that depends on a single technology line and a small number of knots can break when a substitute technology appears.

Key concepts

Enterprise Redefinition / Future Horizon / Future Time / Future Capital / the Ownership-to-Usage Pattern (→ Vol. VI, Ch. 059)

The chain of ideas

Core Purpose → Ecosystem → Future Horizon → Future Time → Future Value

Related first principles

Principle 3 — Capital Exists to Create Possibility. Principle 5 — Learning Is the Ultimate Competitive Advantage. Principle 8 — Trust Compounds Faster Than Capital. Principle 9 — Leadership Means Designing the Future.

Related chapters

Vol. V, Ch. 047 “What Does It Mean to Redefine the Organization?” — the definition of an organization that draws the enterprise boundary outside the legal entity
Vol. IV, Ch. 035 “What Is Long-Term Enterprise Value?” — the conditions under which a twenty-year horizon converts into value
Vol. VI, Ch. 056 “What Does It Mean to Redefine Investment?” — the mechanism that puts a period without payback on the agenda

Papers and companion volumes

Kadowaki, N. (2026). Future Value Theory: A Management Framework for Enterprise, Capital, and Society in the Age of AI. VURA Working stract=7120980 / Paper. Zenodo: 21255662 SSRN: https://ssrn.com/abhttps://doi.org/10.5281/zenodo.
Kadowaki, N. (2026). Enterprise Redefinition: Toward an Enterprise Evolution Theory for the Age of AI. VURA Working Paper. (Published on Zenodo; under review at SSRN)
100 Questions on Management in the Age of AI, #066 “How Many Years Ahead Should We Think in the Age of AI?”

Chapter 093 What Did ASML Redefine?