The Ticker Is ETH

Crypto promised us credible neutrality. Ethereum is the only chain delivering on that promise.

1. The Crisis of Faith

Ethereum is in a crisis of faith. Those of us who spent years believing in it are openly questioning what we believed, and the mood around the whole ecosystem has soured. And even if you haven’t lost conviction, you can understand the vibe. The complaints have teeth, the disappointment is real, and the breakthrough always seems to be one more upgrade away.

The user experience is still a maze of seed phrases, unreadable approvals, and bridges between chains that each insist they’re different. Faster, cheaper competitors keep arriving. Stablecoins, the one product crypto unambiguously nailed, live primarily on Ethereum, yet their value accrues to Tether and Circle, not to ETH. The “ultrasound money” story broke when the fee burn collapsed, both because of plummeting usage and major advancements in Ethereum’s scalability.

The roadmap’s own success cut the other way: the activity meant to accrue to Ethereum scattered across a dozen rollups instead. And the serious money keeps asking the question that nobody answers cleanly: what real business runs itself on a public ledger where its books are exposed, its contracts aren’t enforceable in any court that matters, and a single bug is permanent and final? Every promise now has a rebuttal, and none of the rebuttals are stupid.

Now let’s be honest: a lot of this is about price. It’s irresponsible not to acknowledge that a huge factor in our collective crisis of faith has come from the disappointing price action we’ve endured over the last 4 years. I write this in June of 2026 and ETH has round-tripped to its lowest levels in over two years — not far above where it sat in the wreckage of SBF’s collapse, after a cycle of constantly lagging behind SOL and FARTCOIN. It’s disappointing and disorienting.

It makes you feel like maybe you made a bet on the wrong premise.

I have nothing to say about the price. But I will acknowledge that it is a huge factor in the collective spiritual turmoil around Ethereum. And I will acknowledge that it sharpens the questions we ask ourselves.

The sharpest of those questions has nothing to do with the chart. It is whether our conviction was misplaced — whether Ethereum is the next name on a long list of things that were once obviously the future and then weren’t. EOS raised a record four billion dollars to become the chain that would replace Ethereum. BlackBerry defined what a smartphone meant for the professional world. Blockbuster was at the forefront of the distribution of media and content. Being early, being serious, even being right about the technology guarantees nothing.

The question underneath the disillusionment: is Ethereum headed for the same dusty museum?

Push it one step further. If Ethereum is just a place to run apps, why tolerate the hard parts at all: proof-of-stake, crypto-economics, thousands of validators around the world burning real money to agree on one database? Amazon solved fast, cheap, reliable computing twenty years ago. If all you want is to run a financial app, put it on AWS; it will be faster and cheaper than Ethereum ever will.

Ethereum’s overhead only pays for itself if it buys something Amazon can’t sell… and it does. Amazon can change its rules whenever Amazon decides to, or whenever a government compels it. Ethereum’s rules answer to no one — not a corporation, not a government, not even the people who build Ethereum. That is credible neutrality, and it is the only reason any of this was ever worth building.

It’s often said Americans are the only ones who don’t understand the value of credible neutrality. Live inside a stable country — working banks, working courts, a currency that holds its value — and a neutral global ledger can sound abstract, even pointless. Live under decades of unrelenting inflation, a government that freezes accounts or jails people for their politics, or a bank you can’t trust to open tomorrow, and the benefits of credible neutrality are innately obvious.

These concerns are real. But they only look fatal up close, with the bigger picture cropped out of frame. Pull back, and Ethereum stops looking like a struggling app platform and starts looking like the newest front in a very old war — over who controls the rails everyone else is forced to use. To see why credible neutrality is worth fighting for, you have to go back to the dawn of modern finance.

2. Coordination, Communication, and the Choke Points They Created

In 1519 the title of Holy Roman Emperor effectively went to auction.

Seven prince-electors held the votes, and two candidates — Charles of Spain and Francis I of France — bid for them with cash. Charles won by assembling a sum usually put at around 850,000 florins in bribes, most of it lent by a single banking house in Augsburg run by Jakob Fugger. The electors took the money, Charles V took the crown, and Fugger walked away holding a marker on the first emperor of what is often called the world’s first truly global empire.

When repayment lagged a few years later, Fugger wrote to remind the emperor, in plain terms, that the crown would never have been his without Fugger’s money.

It was a statement of fact.

At this point in the early 1500s, Europe had spent centuries building the machinery to coordinate at scale: credit, insurance, bookkeeping, and pools of capital large enough to move armies and fleets. These concepts were not discovered in an ivory tower, but were created out of necessity in order to achieve grand political goals, like the Reconquista or the exploration and colonization of the New World.

As rulers and people with power marshaled resources to accomplish these goals, they deployed these pieces in order to build a machine that could fund ever more ambitious goals. The system grew organically over time, but it grew with a distinct characteristic. Every instrument that let people act at scale also created a seat where a few people decided what could happen and who absorbed the loss.

Fugger could make an emperor.

But 1519 is not the end of the story, and history likes to introduce irony. The same structures that gave Fugger and Charles V unfathomable dominance over the planet were also driving forward the forces that would bring about the next reshaping of Europe: the printing press.

The printing press was invented around 1440, but it took a few decades for the technology to really catch on. It was strange and complicated… and most importantly, it was incredibly expensive. But by 1500 the printing press had reached Italy and England, and thousands of presses had printed millions of books.

During Fugger’s most dominant years, he was deeply involved in the sales of indulgences — payment made to lessen the chance your afterlife sucks. This practice caught the particular ire of a German priest named Martin Luther. And in 1517, Martin Luther would begin writing his grievances down.

Now you might think that Martin Luther was able to spark the Reformation and the devastating transformation of Europe because he was such a good writer with the most compelling ideas.

Maybe, I don’t know.

But here’s what I do know: Martin Luther changed the world because he was the original shitposter. He knew exactly what to say to rile everyone up, and he knew that the only thing more important than emotional language was overwhelming your audience with volume. His pamphlets, written in German and printed cheaply, moved faster than the church could respond, and for a stretch of the 1520s he was the most printed author in Europe. The printers carried him because his pamphlets sold.

Printing did not cause the Reformation so much as make it possible. It let an idea develop in public, gather a constituency, and turn institutional dysfunction into a movement the institution could not absorb. The wreckage was real, and so was what came out the far side: new churches, new states, and eventually much of the architecture of the modern world.

Advances in mass communication technology cause society-level revolutions, but eventually those revolutions get captured. The presses that spread Luther hardened into an industry with its own gatekeepers; the internet ran the same cycle in a single generation, breaking the broadcasters and then funneling control over what billions see into a handful of platforms. Mark Zuckerberg sits at a choke point Jakob Fugger could only have envied: not over credit, but over speech and attention themselves.

And that’s an important takeaway across generations: that the systems that come out of revolutions don’t necessarily make the power structures more transparent and fair. Even if Twitter can launch the Arab Spring, we can live in a world where the Middle East is more repressed than ever and Twitter has been mutated into an entirely different platform.

Despite the number of revolutions that have reshaped the world, we still haven’t really dealt with the outsized power wielded by a tiny group of individuals who sit at the choke points of financial infrastructure.

Today, its sharpest expression is the sanction. In August 2021, when the Taliban took Kabul, the United States froze Afghanistan’s central bank reserves across the planet. The money belonged, in any ordinary sense, to the Afghan central bank and the Afghan economy behind it. Cut off from its own reserves, the banking system seized, importers could not pay for goods, the currency fell, and a country already at the edge slid into one of the world’s worst humanitarian crises.

The lever exists because of how global finance is plumbed. Most cross-border value moves through a small number of correspondent banks, payment networks, and reserve accounts denominated in a few currencies, the dollar above all. Whoever controls that plumbing can switch a country, a company, or a person off it. A sanction is exactly that: not the seizure of goods but the revocation of access to the rails everyone else takes for granted.

In the short term, that power is overwhelming. In the long term it is self-defeating. Every time it is used for political or arbitrary ends, it teaches everyone else that access is conditional. In Afghanistan and Iran we’ve made it explicitly clear that we will weaponize our privileged position without regard for the human cost. Every use of sanctions gives every nation (friend or foe) a reason to build around the choke point instead of through it.

In 2022, Russia invaded Ukraine; in response, America and its allies took the unprecedented step of freezing $300B in assets held in Western institutions on behalf of the Russian central bank. Did the West cause considerable damage to the Russian economy? Yes. Did they end life and commerce in Russia? Of course not. Did they have any bearing on countries outside of the greater American empire? Not at all.

In the 21st century, we are facing a crisis of institutions. A remaking of the global system that draws strong, clear ties to a recent change in mass communications technology. At this point, the change is inevitable, but the shape of the future is completely unsettled.

And, for once, we have the opportunity to build a credibly neutral system.

More on the history of financeDeep dive

The story we tell as “banks were invented” was really a story about war and ambition forcing the tools into existence. By the 1490s the action was on the Iberian Peninsula. Isabella and Ferdinand, the Catholic Monarchs, were bringing the Reconquista to its close with the fall of Granada in 1492. The Reconquista was not one war but roughly eight centuries of grinding, intermittent fighting, and it was there that peasant militias were hammered into professional standing armies and war itself became a profession. While Castile waged its holy war, Portugal had already turned to the one enemy it could not conquer — the Atlantic. Under Prince Henry the Navigator it began pushing out into the ocean and down the African coast, launching the effort that would later round Africa and reach the Indian Ocean — opening the Age of Discovery and the first real glimpse of a global empire.

The Reconquista and the Age of Discovery shared one requirement: a concentration of capital and financial logistics that had never existed before. The costs, the risks, and the sheer luck were staggering — and when the gambles paid off, they paid off asymmetrically, in the power to remake the world. So the tools got built: sovereign debt, mass mobilization and logistics, insurance and underwriting, resource management. In reshaping the world, the Iberians laid the foundations of modern finance.

As their professional armies spread across Europe, the money men followed. In Germany, Jakob Fugger built a fortune almost impossible to imagine even today by bankrolling these war machines, then turned his proto-bank toward the biggest prize of all. Capital, the state, and industry fused into one engine. In 1519 the Emperor Maximilian died and his would-be successors scrambled; Fugger, by then the richest man alive, made his bet and lent a nineteen-year-old Carlos I the staggering sum needed to buy the crown. Carlos became Charles V, the first emperor of “the empire on which the sun never sets.”

What was set in those years held for five hundred. The principle: concentrate capital and hold it tightly. The goal: growth at all costs. The tools: modern finance. The pattern repeated for four centuries — a society makes the realization, concentrates wealth, takes over as much of the world as it can, grows and extracts and oppresses, and finally breaks under its own weight — straight through the First and Second World Wars. By 1945 every great power had spent its armies, its industry, and its people into the ground. Every power except one. The United States never marched out for world domination in 1946 because it had already taken the thing that mattered: the British Empire’s seat at the center of the financial system, secured at Bretton Woods in 1944 and locked in by the loans and convertibility terms Britain accepted to survive the war. From that seat Washington ran the same playbook the Catholic Monarchs and Fugger had written — concentration of capital, control of the rules, growth at all costs — only in an economic register rather than a military one. The climax may have come in 2008, when the system became a caricature of itself and melted down. It was also, not coincidentally, the moment Satoshi Nakamoto chose to publish.

More on the printing press and the ReformationDeep dive

Johannes Gutenberg built his press around 1440 and lost it to his creditors; the machine outlived him spectacularly. By 1500 presses were running in some 280 cities across Western Europe and had turned out somewhere between eight and twenty million books. A new intellectual class formed almost overnight — Erasmus, Thomas More, the minds of the Renaissance — and for roughly seventy-five years cheap content piled up, literacy spread, and ideas moved faster every year. Society was being rebuilt from the ground up, slowly and then all at once.

The Church was the dominant political power of the age, and its appetite for funding grew with it. By 1500 the sale of indulgences — a documented reduction of punishment in the afterlife — had become a critical revenue stream, and the press turned a centuries-old practice into an industry, because now indulgences could be mass-produced. In Spain, indulgence revenue helped fund the war for Granada and even Columbus’s voyage. When the renovation of St. Peter’s began in 1506, the problem was never engineering; it was money. Clergy contracted with entrepreneurs who printed, advertised, and ran the campaigns, and in 1517 one such campaign — commissioned by Archbishop Albert of Mainz and run by the friar Johann Tetzel — reached the area around Wittenberg.

In Wittenberg sat an obscure Augustinian friar named Martin Luther. In October 1517 he produced his Ninety-five Theses, formally a dry, Latin call to academic debate over indulgences. That alone would have changed nothing. What lit the fire was his second pamphlet, the Sermon on Indulgences and Grace, written in German, in plain and combative language, for everyone — and many historians mark that sermon as the true start of the Reformation.

Luther was only half the machine; the printers were the other half. Printing was a brutal business — heavy upfront cost, no guaranteed market — and most printers had no stake in the theology. They printed Luther because Luther sold, often printing the Church’s rebuttals in the same shop. He had the ideas and the talent to reach a mass audience; they had the incentive to find and feed demand; together they manufactured something that had never existed — a reading public. The scale is hard to overstate: between 1518 and 1525 Luther’s works were printed well over a thousand times — on the order of 1,400 to 1,500 — roughly eleven times as often as the next most-published author; most of the writers anywhere near him were his own students.

It did not stay an argument. As his audience grew, Luther’s rhetoric grew more extreme — and the printers had already learned that extreme content sells best. The lines hardened into violence: the German Peasants’ War of 1524–25, then more than a century of religious war culminating in the Thirty Years War of 1618–48, which killed a devastating share of the population of the German lands — by some estimates a third, far higher in the worst-hit regions. Western Christianity split for good. Luther himself was eventually eclipsed by colder reformers like Calvin and died a bitter old man, his reputation fouled by rage and antisemitism.

The tidy version says printing made the Reformation inevitable. That is too smooth. History happens for specific reasons, and the reason here was partly commercial: a small group of printers proved there was a market for radical ideas and then committed to supplying it, wherever it led. The press was invented around 1440. About seventy-five years later a handful of people built a new business model on top of it, and that model helped remake the world. The internet was invented around 1990.

More on sanctions and the reserve currencyDeep dive

Sanctions are old. The first on record is the Megarian Decree of 432 BC, when Athens strangled the economy of rival Megara by banning its traders; for the two-plus millennia since, trade has been a weapon. The modern era began with the UN, founded in 1945, whose Security Council has imposed more than twenty sanctions regimes since 1966 — though the real volume came from the United States, which sanctions roughly a third of all the world’s countries, more than any other nation on earth several times over. Politicians announce them with speeches about justice and human rights and rarely mention the effects, so it is worth taking the tour:

• North Korea. Sanctioned since the Korean War to stop the bomb and unseat the Kim family. Result: the Kims are entrenched, the bomb got built, and the people paid — the 1990s famine killed hundreds of thousands, by some counts more than a million.
• Cuba. The US embargo, in place since 1962, was explicitly designed “to decrease monetary and real wages, to bring about hunger, desperation and overthrow of government.” Castro held power until he handed it to his brother in 2006–08; a Cuban estimate puts the cost to the island in the trillions. Three of four, then.
• Iran. Sanctioned since the 1979 hostage crisis and tightened for decades. The government adapts by substituting imports; the sharpest civilian cost has fallen on medicine and medical equipment, where shortages kill.
• Syria. Heavier sanctions from 2004, aimed first at its support for terrorism and occupation of Lebanon and later at Assad himself. A decade-plus of civil war later, millions were displaced and in need of aid — and the sanctions never moved him. In the end Assad fell not to economic pressure but to a lightning rebel offensive that took Damascus in December 2024, sending him into exile in Russia.
• Venezuela. The heaviest sanctions followed Maduro’s 2018 sham re-election, culminating in the January 2019 oil embargo — though, as even US reporting noted, the country’s collapse and deprivation largely predated them.
• Russia. After the 2022 invasion of Ukraine, the West froze roughly $300 billion of central bank reserves — unprecedented against an economy that size. It hurt Russia badly and did not break it, and because Russia sits closer to the center of the system, the West absorbed real collateral damage of its own.

The pattern is hard to miss: sanctions rarely move the targeted government and reliably land on the people, who never had a vote. At best they are a broad cudgel — fishing with dynamite; more often, economic missiles deflected into civilians. The British diplomat Jeremy Greenstock once defended them honestly: they stay popular because “there is nothing else between words and military action.”

All of it rests on one fact — the dollar. Reserve status has passed down a short line over the centuries (the Venetian and Florentine coins, the Spanish silver dollar, the Dutch guilder, the British pound, and now the US dollar), and today roughly sixty percent of the world’s reserves sit in dollars. That centrality lets the US borrow more cheaply — an advantage estimated on the order of a hundred billion dollars a year — and, paired with the Euro, lets it switch almost anyone off the global plumbing. The same control that let Washington save the system in 2008 is the control that makes the system a weapon. As far back as 2010 the UN was already calling for a reserve system not built on any one nation’s currency. Abuse the power long enough, and the search for an alternative stops being hypothetical.

3. The Internet Is the Next Reorganization

The internet is another communication shock on the scale of the printing press, and it is pretty far along. It has already reorganized how information moves, how commerce works, how people find careers and love, how identity gets built. The change runs deeper than convenience: it reset who can reach an audience without a broadcaster, who can raise money without a bank’s blessing, and who can be surveilled or drowned out. The reorganization has been generative and destabilizing in the same motion, which is what a communication shock on this scale does.

AI and crypto are not side quests running parallel to that shift; they are products of it. AI puts pressure on truth, labor, media, and the economics of cognition. Crypto puts pressure on ownership, money, settlement, and who controls the ledger. Both became buildable only after the internet had concentrated enough computation, data, capital, and talent in one place to build them.

Being in the middle of a transition like this feels unstable because it is. The printing press did not settle into a finished world for a century and a half, leaving economic ruin and causing the deaths of a third of the German population. We can only hope our transformation is less violent.

The need is not abstract or century-scale. Today people in high-inflation economies hold dollars because their own currency loses value faster than they can spend it. People move value across borders to support families and businesses in ways their government prohibits. They are reaching for a way to hold and move value that does not depend on trusting whichever institution happens to be in charge.

Here the internet has a gap it never closed. It learned to move information with near-perfect fidelity, but it has never found a native way to hold value. A checkout page feels native, but the moment money actually moves, the work drops into banks, card networks, processors, and platform databases.

Every digital dollar is finally an entry in some institution’s private ledger, final only because that institution says so.

As more of life moves online, the network needs native ways to hold value, define ownership, and enforce rules itself, without routing each one back through an institution that can change the answer. The internet learned to move information before it learned to hold value. Crypto is the attempt to give it the missing piece: ownership, settlement, and shared state beyond the control or discretion of any person or institution.

4. Bitcoin and Ethereum: Native Rules for the Internet

In 2008, capitalism failed. In the smoldering ruins of Lehman, AIG and the American Dream, Satoshi Nakamoto published the Bitcoin Whitepaper. A little over 2 months later, on January 3, 2009, the Bitcoin blockchain went live. Etched into the genesis block: “The Times 03/Jan/2009 Chancellor on brink of second bailout for banks.”

To understand crypto, you must understand the context it was born from. Bitcoin was created at a moment where the financial system was in meltdown and Henry Paulson and Ben Bernanke were deciding winners and losers. Satoshi’s gift was an idea of a new, fairer system.

Bitcoin proved the narrow version. Strangers who neither know nor trust each other can maintain a single shared ledger of who owns what, with no bank, company, or government keeping the book. The achievement was never about digital money; the achievement was a public system, operating under transparent rules, that anyone can verify and no one can unilaterally rewrite.

Ethereum generalized it. Instead of one ledger tracking one asset, it runs programmable shared state: a public computer where anyone can launch a program that will deterministically follow its instructions automatically and without intervention. Mutually distrusting parties define rules, assets, contracts, and applications, then rely on those rules executing exactly as written.

A loan that liquidates itself when collateral falls below a threshold. An exchange that is a piece of code rather than a company. Ownership that lives in the protocol instead of in a firm’s database.

Speed is the wrong axis. By the standards of ordinary computing Ethereum is slow and expensive; judged as a computer it loses. Its value is that it is a credibly neutral coordination machine — a place where the rules are the same for everyone and stay that way without anyone’s permission.

Credible neutrality breaks down into a handful of properties:

• open rules, published and identical for every participant;
• equal access, with no one turned away at the base layer;
• public verification, so anyone can check that the rules were followed;
• credible exit, so users can always leave with their assets even if the operators running the system turn against them;
• and no privileged access to the base layer bought with wealth, status, proximity, or the right relationships.

A system with those properties offers something most alternatives are not trying to. A bank, a payment network, a consortium’s private chain, a fast chain whose validators are a handful of insiders — each asks you to trust that the operator behaves. Credible neutrality asks a different question: not whether the operator is trustworthy, but whether the system can be relied on even against an operator’s wishes.

That is the sturdier thing to want. Not a guarantee that ETH wins, not a price target, not a flippening, but a system whose rules are public, deterministic, and equally accessible. If Ethereum has a real path to mattering, it runs through that property — the one most competitors have decided they can do without.

5. Proof Surfaces: Finance, Records, and Compute

DeFi was the first true product-market fit for Ethereum and credibly neutral property rights. Finance is already nothing but ledgers: ownership, collateral, obligations, settlement. And so Ethereum inherently lends itself to hosting decentralized financial applications.

An automated market maker holds a pool of assets and a formula that prices between them. A lending market issues loans against collateral, and when the collateral falls too far a liquidation fires automatically — the same way for a whale, a stranger, or a political dissident. The rules and the state live in public infrastructure instead of inside an operator who can suspend them.

DeFi is not clean. It has been a minefield of exploits, scams, governance theater, insider token economics, and speculation that produced nothing but churn. All of it belongs in the accounting, because the wreckage is also the proof. What survives is the part that matters: when the rules held, they held for everyone, and anyone could check.

However, Ethereum is not just for DeFi. Ethereum provides internet-native property rights and Turing-complete computation, and so any idea you can express in code is on the table.

Provenance is the cleanest non-financial example. As synthetic media gets cheaper and more convincing, proving that a given image or document existed at a certain time and has not been altered becomes load-bearing. A public timestamp that anyone can verify and no one can backdate is hard to provide any other way, since a centralized timestamp is only as trustworthy as whoever keeps the clock.

The same dynamic shows up in rollups, zero-knowledge proofs, and verifiable computation. The value of Ethereum is not cheap blockspace, but valuable blockspace. And that blockspace has value as a neutral place where systems running elsewhere can settle, prove they ran correctly, or let users exit if the operator misbehaves. It becomes the court of final appeal for those systems rather than the place all the work happens.

It also points at a need that is only just beginning to take shape. As software agents begin to transact on people’s behalf, they will need bounded permissions, escrow, audit trails, and verifiable commitments. The pattern repeats: wherever distrusting parties must coordinate around rules none of them controls, the missing piece is the same.

DeFi was the first place the missing internet primitive became visible — the proof of concept, not the point of arrival.

More on rollups, ZK, and verifiable computeDeep dive

Ethereum is slow on purpose. Every full node stores the chain’s entire state and re-executes every transaction, and the network is only as decentralized as the cheapest machine that can keep up. Raise the hardware bar to go faster and you price out ordinary nodes — and decentralization is the whole source of credible neutrality. So the base layer stays deliberately modest, and the scaling question gets reframed: not how many transactions Ethereum can process, but how many it can settle. Settlement is the point where ownership is finally decided, the place you go when something goes wrong. Execution can happen anywhere; settlement is what Ethereum sells.

Rollups are the answer the ecosystem converged on. A rollup runs its own high-performance chain, executes transactions there, and posts a compressed record back to Ethereum, inheriting Ethereum’s security for the part that matters. Two kinds run in production today. Optimistic rollups (Arbitrum, Optimism, Base) assume each batch is valid and leave a challenge window — still about seven days — in which anyone can submit a fraud proof and revert a lie. ZK rollups (Starknet, zkSync, Scroll, Linea, Polygon) instead attach a zero-knowledge validity proof: math demonstrating the batch executed correctly, so settlement is immediate and no waiting period is needed. Proofs are expensive to generate and cheap to verify, which is exactly the asymmetry that lets Ethereum check an enormous amount of off-chain work for very little on-chain cost.

Posting all that rollup data was the next bottleneck, and the fix arrived in stages. In 2024 Ethereum added “blobs” (EIP-4844, often called proto-danksharding): a cheap, temporary data lane with its own gas market, separate from execution, which cut rollup costs by roughly an order of magnitude almost overnight. Blobs are held for about eighteen days and then dropped, while a tiny cryptographic commitment stays on-chain forever, so anyone can still prove what the data was. The endgame, full danksharding — where the network samples blob data instead of every node downloading all of it — is still being rolled out, not finished. The arc is real but incomplete.

Zero-knowledge proofs are the deeper development, because they generalize past rollups into verifiable computation: run anything anywhere, then hand Ethereum a proof it ran correctly. The hard problem was proving the EVM itself; Vitalik’s 2022 taxonomy sorted “ZK-EVMs” into types by how faithfully they reproduce Ethereum versus how much they bend it for proving speed. Back then a faithful proof took hours. By 2026 ZK-EVMs are live in production and proving has collapsed toward the point where an Ethereum block can be proven almost as fast as it is built. That is what turns Ethereum from a computer into a court — the place off-chain systems come to settle, prove they behaved, or let their users exit.

The least-finished piece is access. Most people never run a node; they reach Ethereum through a handful of providers like Alchemy and Infura, quietly slipping the trusted operator back in. The intended fix is the light client — software that verifies the chain directly, even on a phone, instead of trusting a provider — which first requires Ethereum to become “stateless,” letting nodes verify blocks without storing the entire multi-hundred-gigabyte state. This is genuinely hard and still unsolved; the original plan (Verkle trees) has been reopened in favor of proving the chain with ZK, and statelessness has not shipped. It is the clearest reminder that much of the roadmap is still ahead of Ethereum, not behind it.

Underneath all of it is one idea the ecosystem calls trustless trust: if you can verify a thing yourself, you do not have to trust anyone about it, and proof-of-stake turns even the validators’ honesty into an economic fact rather than a hope. Restaking (EigenLayer, live since 2023–24) extends that security outward, letting staked ETH back other services instead of each one bootstrapping its own. But the same machinery can quietly recentralize, which is why the scorecard matters. L2Beat grades rollups by “stage”: Stage 0 still has a security council that can override the system, Stage 1 reduces that power, Stage 2 removes it almost entirely — and most live rollups are still Stage 0 or 1, the precise version of “decentralize later.” The recurring weak points are exactly where the trusted operator creeps back: a single sequencer that could censor or reorder transactions unless users can force their way out to Ethereum; order flow routed through a few builders and relays; staking concentrated into a handful of operators and liquid-staking providers. The frontier — the whole point — is removing those operators: decentralizing sequencers, hardening exit rights, proving more and trusting less.

6. The Catch: Maybe the Bet Is Wrong

The version of disillusionment that should actually scare us has nothing to do with the chart, and it cuts deeper than the worry that Ethereum is quietly becoming the thing it was built to replace. The deepest cut is simpler: maybe credible neutrality is the wrong bet, and we are the last ones who haven’t noticed.

Look at what the market rewards. Solana is faster, cheaper, and more centralized — and users, capital, and attention poured in anyway. Hyperliquid built a dominant exchange on an app-chain that makes no apology about who runs it, and traders did not hesitate for a second. The crescendo of the 2022–2025 cycle had nothing to do with credible neutrality and was instead focused on TRUMP and FARTCOIN.

Nobody flooding into any of it stopped to ask whether the sequencer was decentralized, whether they could exit without permission, whether the rules could be changed under pressure. They asked whether it was fast, whether it was cheap, whether it would make them money.

So here is the accusation in its strongest form: investors don’t care about credible neutrality because credible neutrality is not worth caring about. Maybe it is a theologian’s virtue, and to believe in Ethereum is to worship a god the congregation already stopped praying to. Every hard thing we have admired, every ounce of speed and simplicity sacrificed at the altar of decentralization, would then be the self-inflicted wound the skeptics always said it was: an ivory tower and a chain too principled to win, losing to chains that simply gave people what they wanted.

And it is worse, because Ethereum cannot even claim to be the pure thing it sacrificed for. There are worries that predate the meteoric rise of Hyperliquid: the trusted operator keeps slipping back in through the side doors. Most people arrive through a few gateway providers. Most rollups still run a single sequencer. A handful of operators and liquid-staking services hold a worrying share of all stake. “Build it centralized now, decentralize later” has a way of hardening into “centralized, indefinitely” (this is, in fact, the key criticism wielded against Ethereum’s competitors).

The true nightmare is Ethereum getting the worst of both worlds: too slow and uncompromising to win the race the market is actually running, and too compromised to deliver the neutrality it gave everything up for.

I am not going to pretend this is a weak argument. It is the strongest case against every word that came before, and if credible neutrality turns out to be irrelevant, this whole essay is a eulogy. But the world is being remade, and the internet is connecting us directly across the planet. We may disagree on a lot of things, but there’s one thing that draws overwhelming agreement:

The old system is changing, and none of us trust the people in charge.

7. Conclusion: What the Internet Produces

Each system that built the modern world came from a real need to coordinate. Finance made action at scale possible: the ship financed before it sailed, the war funded before the taxes arrived. Printing made mass communication possible: ideas that traveled faster and further than the institutions they threatened. The internet made global digital coordination possible, all at once and for nearly everyone.

None delivered clean progress: each destabilized the order it grew inside, caused real pain, and eventually helped build a more capable society. But each of these transformations handed a few people extraordinary control. Control that sometimes bought stability and rescue, and sometimes bought extraction, censorship, exclusion, and collective punishment.

Either way, the people at the choke points decided who won and who paid.

The printing press helped produce the Reformation. We don’t know what we’ll call the changes the internet produces, but we are starting to see the new capabilities. AI and crypto — one reorganizing truth and labor, the other reorganizing ownership and money. Ethereum is the part of that answer aimed at the oldest problem on the list: the choke point. It is an attempt to coordinate value the way the internet already coordinates information — public rules, deterministic outcomes, open access, and fairness from the system’s design rather than from trusting whoever holds the ledger.

Who needs that most is not who you would guess. From the center — stable currency, working banks, courts that answer when called — crypto can look optional, speculative, a solution rehearsing a problem it does not have. Even worse, it can look like an intentional unregulated grey zone where corruption, insider trading, and bribery can function on a global scale. But from almost anywhere else the problems are not theoretical: inflation that eats a salary in a month, capital controls, banks that freeze, reserves seized over a political decision no ordinary person made. And in those places, corruption, insider trading, and bribery are just part of everyday business.

The people who most need a credibly neutral way to hold and move value are rarely the ones who get to write the verdict on whether it is necessary.

None of this makes Ethereum inevitable. But notice where the real doubt actually lives. It was never whether a faster chain wins the next cycle or whether the price comes back. Those were always the wrong things to watch. The only question that matters is whether a credibly neutral, decentralized system can be built and held at all, against the constant gravity pulling it back toward a trusted operator. That question is open, and Ethereum is the most serious attempt anyone has made to answer yes.

So the thesis is a bet that credible neutrality is worth having, that the world will need it, and that it can actually be sustained — and that if those things are true, Ethereum wins, because it is the one still fighting hardest to build the thing that matters.

That is what you believed in when you believed in Ethereum, and it was the right thing to believe in. Whether it comes true depends less on any roadmap than on whether the people who believed keep demanding that Ethereum stay what it was always meant to be.

We live in the Reformation — this time, let’s build something different.