How Ethereum Rose So Much in Value

Ether did not become valuable because Ethereum discovered a conventional source of earnings or because a balance sheet suddenly justified a higher price. ETH rose because a new kind of network developed around it, demand for the asset expanded from several directions, and the market repeatedly revised what it believed access to that network might be worth. Speculation was part of the story from the beginning, but describing the entire rise as speculation misses the economic functions that developed around ETH as Ethereum grew.

The size of the rise also reflects where ETH started. Ethereum was funded before its network was live, so early buyers were taking a large technological and adoption risk at a time when there was no mature Ethereum economy to evaluate. As the network survived, attracted developers, hosted applications and became a major venue for digital-asset activity, the range of possible outcomes changed. Markets can reprice an asset dramatically when an uncertain project moves from a proposal to functioning infrastructure, especially when the asset begins from a relatively small valuation base.

From a prelaunch sale to a live market

Ethereum began as an idea for a programmable blockchain rather than as a mature financial network. Vitalik Buterin circulated the original concept in 2013, the project conducted a public ether sale in 2014, and the Ethereum mainnet launched on July 30, 2015. Ethereum’s own history records that the crowdfunding campaign raised about 31,000 BTC, worth roughly $18 million at the time, before the network itself was operational.^[1]

That starting point matters when interpreting the later price rise. Buying ETH before or shortly after launch meant accepting risks that were far greater than those facing someone buying an established network years later. The software had to work, developers had to build on it, users had to find a reason to transact, exchanges had to support the asset, security failures had to remain manageable, and the wider crypto market had to continue existing. A low early price was therefore not evidence that ETH had been objectively “worth” only a tiny amount. It reflected a market assigning a price to a project with a wide range of possible outcomes and a meaningful chance of failure.

ETH does not have the same fundamentals as a stock. Owning ETH does not give the holder a contractual claim on a company’s profits, assets or dividends, but the asset is embedded in a network whose usage, fees, security model, developer activity and supply rules can affect demand for ETH. Understanding Ethereum therefore requires a different framework from analyzing corporate equity.

Ethereum created reasons to demand ETH

Ethereum’s most important innovation for the value story was programmability. Bitcoin had already shown that a scarce digital asset could trade globally without a traditional issuer, but Ethereum was designed so that developers could deploy smart contracts and applications on a general-purpose blockchain. That created demand for blockspace, and transactions using that blockspace require fees denominated in ETH.

As more activity moved onto Ethereum, ETH became more than the token attached to the project. It was used to pay transaction fees, interact with decentralized applications, move assets, provide collateral in some financial protocols and participate in the network’s security after Ethereum moved to proof of stake. None of those uses guarantees a particular market price, but they create economic reasons for users and applications to obtain ETH that did not exist when Ethereum was only a proposal.

The rise of token issuance also strengthened Ethereum’s network effects. During the 2017 crypto boom, many projects issued tokens using Ethereum standards, which brought users, developers and capital onto the same underlying network. Later cycles added decentralized exchanges, lending protocols, stablecoins, non-fungible tokens and other applications. Each wave had speculative excesses, but the important valuation point is that Ethereum became infrastructure for economic activity rather than remaining only a token with a white paper.

Network effects can become self-reinforcing without becoming permanent. Developers are more likely to build where users, liquidity, tools and infrastructure already exist, while users often prefer networks where applications and assets are already available. That advantage can support demand for ETH, but it can also weaken if competing networks offer better economics or if activity migrates away. A network effect is therefore a source of potential value, not a promise that market leadership will continue indefinitely.

Why the price could rise faster than network usage

The old article was strongest when it emphasized that market prices are set at the margin. The last ETH trade does not mean every unit of ETH could be sold immediately at that exact price. It means a buyer and seller agreed on that price for the quantity that changed hands, while the next trade can occur higher or lower depending on the available bids and offers.

This mechanism helps explain how a young asset can rise extremely quickly. If existing holders become less willing to sell at current prices while new buyers become more eager to acquire the asset, buyers must move up the order book to find sellers. The amount of new cash entering the market does not have to equal the increase in the market value calculated by multiplying the latest price by the entire outstanding supply. Market capitalization is useful as a scale measure, but it is not the same thing as the amount of money that has literally been invested.

A relatively small and uncertain asset can also experience larger percentage repricing than a mature asset with a stable valuation framework. When Ethereum’s addressable use seemed to expand from a blockchain experiment to a platform for applications, markets were not merely adjusting an earnings forecast by a few percentage points. Participants were trying to decide whether an entirely new network might become economically important, and estimates of that possibility varied enormously.

Speculation magnified the process. Rising prices attracted attention, attention attracted new buyers, and past gains made still higher prices appear more plausible to some market participants. Holders who expected continued appreciation could also become reluctant to sell, reducing the amount of ETH offered near the prevailing price. This reflexive behavior can accelerate a rally even when the underlying improvement in network adoption is much slower than the price move.

That does not make fundamentals irrelevant. It means fundamentals and expectations interact through the market. Investors can study the value of fundamental data, but a fact matters to price only when it changes what buyers and sellers are willing to do, and the same fact can be interpreted differently at different stages of a market cycle.

The major price waves had different drivers

Ethereum’s first spectacular repricing came as the wider crypto market expanded and token sales built on Ethereum drew attention to the network. The 2017 cycle combined genuine growth in usage with a rush of speculative capital into newly issued tokens. ETH benefited because Ethereum was the platform on which much of that activity occurred, while the rising price of ETH itself attracted another class of buyer whose primary interest was appreciation rather than network use.

The collapse that followed illustrates why a rising network and a rising token price cannot be treated as the same thing. When enthusiasm for initial coin offerings faded and the broader crypto market reversed, demand for ETH weakened sharply. Market prices can fall much faster than a network disappears because the marginal buyer does not need to conclude that Ethereum has become useless. Buyers merely need to become less willing to pay the previous price while sellers become more willing to accept less.

The 2020 and 2021 cycle had a broader set of demand channels. Decentralized finance made Ethereum a venue for trading, lending and collateralized activity, stablecoins expanded on-chain dollar-like liquidity, and NFTs brought a different group of users to the network. Speculation again amplified the move, but the market was now valuing an ecosystem with substantially more activity and infrastructure than existed in 2017.

The magnitude of the cycle was still extraordinary. A 2024 SEC filing for the 21Shares Core Ethereum ETF described ether reaching an all-time high of $4,721.07 in November 2021 before falling to $879.80 by June 2022.^[2] That rise and collapse are useful together because they show that adoption can coexist with extreme repricing. Ethereum continued operating and developing during the drawdown, yet the market’s willingness to pay for ETH changed dramatically.

Broader financial conditions also influence these cycles. Crypto assets compete for investor capital with other risky assets, and enthusiasm is easier to sustain when traders have abundant liquidity and a high tolerance for uncertainty. When leverage is reduced, financing becomes less generous or investors become more defensive, the same reflexive mechanism that accelerated gains can work in reverse. A market that rose partly because buyers feared missing further gains can fall rapidly once holders begin protecting profits or reducing risk.

ETH supply became part of the valuation story

Demand is only one side of the price. Ethereum’s monetary mechanics changed materially as the network matured, which altered how investors thought about the supply of ETH. EIP-1559, implemented in 2021, introduced a base transaction fee that is burned rather than paid to a validator, permanently removing that ETH from circulation. Ethereum’s move to proof of stake in 2022 also changed how new ETH is issued because validators replaced proof-of-work miners as the participants securing the network.

The resulting supply is dynamic rather than fixed. Ethereum’s current documentation explains that proof-of-stake issuance adds new ETH while EIP-1559 burning removes ETH, so total supply can grow or shrink depending on the relationship between issuance and network activity.^[3] This is materially different from claiming that ETH simply has a hard maximum supply, which it does not.

Burning fees can strengthen the connection between network use and the asset’s supply economics, but it should not be turned into a mechanical valuation formula. Heavy network activity can increase the amount of ETH burned, yet the price can still fall if speculative demand weakens, investors expect activity to migrate elsewhere or broader market conditions deteriorate. Conversely, ETH can rise during periods when the supply is expanding because demand is changing faster than issuance.

Proof of stake added another reason to hold ETH because validators commit ETH to participate directly in network security and earn protocol rewards. Staking can reduce the amount of ETH immediately available for sale while also creating new issuance for validators. The net effect on price depends on behavior, participation, issuance, withdrawals and demand, so staking should be treated as part of the economic structure rather than as an automatic source of appreciation.

Why “no intrinsic value” is too simple

Valuing ETH is difficult because the familiar tools used for stocks do not transfer cleanly. A share can be analyzed in relation to a business’s revenues, cash flows, assets and expected distributions to shareholders. ETH is not a share in the Ethereum Foundation, does not grant ownership of Ethereum’s applications and does not create a legal claim on the fees earned by businesses that happen to operate on the network.

From that difference, however, it does not follow that ETH is economically worthless. Assets can command value for reasons other than a contractual claim on corporate cash flows. ETH is needed for transaction fees, is used in proof-of-stake security, can serve as collateral inside parts of the crypto economy and functions as a liquid asset across many applications and trading venues. The market can assign a price to those uses, to the scarcity created by supply mechanics and to expectations about future demand.

The harder problem is determining what price those functions justify. There is no universally accepted ETH equivalent of a price-to-earnings ratio, and models based on network fees, users, staking yield, monetary premium or transaction activity make different assumptions about how value should accrue to the token. That uncertainty is one reason ETH can trade through very wide valuation ranges even when observers agree on many facts about the underlying network.

Charts do not solve this valuation problem either. Traders can use technical analysis to study trend, momentum, volatility and market behavior, but it does not prove that network economics are irrelevant. Fundamental analysis and technical analysis answer different questions: one tries to understand what might influence longer-run demand and value, while the other examines how market behavior is developing in price and related data.

Institutional access changed the market

Ethereum’s market structure has become more conventional over time even though ETH remains a volatile digital asset. Regulated Ether futures began trading at CME in 2021, and U.S. exchange-traded products holding spot ether arrived in 2024. Those developments gave some investors ways to obtain ETH price exposure through familiar brokerage, futures and fund structures rather than relying solely on a crypto exchange or self-custodied wallet.

This broader access can increase the pool of potential buyers and sellers, but it does not explain the early rise of ETH because most of that appreciation occurred before these products existed. Institutional infrastructure is better understood as evidence that the market matured after ETH had already become economically significant. It can influence liquidity, hedging and accessibility without providing a floor under the price.

Professionalization also cuts both ways. Futures allow participants to hedge or express bearish views more efficiently, and exchange-traded products make it easier to sell exposure as well as buy it. A more developed market can support deeper liquidity without eliminating large drawdowns, especially when expectations about adoption or risk change quickly.

Why large rallies are followed by large declines

The same conditions that allow ETH to rise rapidly can make it vulnerable after a rally. A high price often incorporates optimistic assumptions about future network activity, market share, regulation and investor demand. If the price advances much faster than those expectations can be validated, even a modest disappointment can cause buyers to demand a larger margin of safety.

Leverage can make the reversal more abrupt. Traders using borrowed money or margined derivatives may be forced to reduce positions when the market falls, adding mechanically driven selling to the change in sentiment. Holders with large unrealized gains can also become more willing to sell as momentum weakens, so the available supply at each price can increase precisely when demand is becoming more cautious.

Crypto markets have repeatedly demonstrated that a network can remain operational while its token loses a large part of its market value. That distinction is important for anyone trying to explain Ethereum’s history. A price crash does not prove that all prior adoption was imaginary, just as continued development does not prove that the previous peak price was justified.

The old article described falling enthusiasm as a queue of sellers overwhelming a queue of buyers, and the underlying idea remains useful. Market prices are cleared by marginal transactions, so a change in the willingness to hold can move price considerably without every holder changing their mind at once. What needs correcting is the suggestion that belief is the only driver. Beliefs are shaped by real developments as well as by speculation, and the weighting changes from one market phase to another.

What could support or weaken ETH value from here

Future ETH value will depend partly on whether Ethereum remains useful enough to sustain demand for its blockspace and native asset. Growth in applications, stablecoins, tokenized assets, settlement activity and other on-chain uses can strengthen the economic case for holding ETH, especially when those uses generate fees or require ETH directly. The relevant question is not simply whether Ethereum handles more transactions, but how much of the resulting economic value actually creates demand for ETH.

Competition matters because users and developers can choose other blockchains and scaling systems. Ethereum’s strategy increasingly relies on layer 2 networks for a large share of user activity, which can improve scalability but also makes value accrual more complicated. If scaling expands the overall Ethereum ecosystem, it may strengthen demand for settlement and security on Ethereum; if activity migrates in ways that weaken demand for ETH itself, network growth and token value may diverge.

Regulation can alter access and demand as well. Clearer rules and widely available investment products can make exposure easier for some institutions, while restrictions on trading, staking, decentralized applications or custody can work in the opposite direction. These effects are not always immediate, because markets often reprice on expectations before a legal or commercial change is fully implemented.

Supply policy will remain part of the analysis, but demand is still decisive. A lower net issuance rate can make a given level of demand more supportive of price, yet scarcity has little value if users and investors lose interest in the asset. Conversely, a growing supply does not prevent appreciation when demand grows faster. The interaction between network use, market expectations and supply is more informative than any one metric viewed alone.

Anyone estimating future price movement also has to account for the possibility that ETH’s competitive position changes. Ethereum has an established developer ecosystem and deep market infrastructure, but neither is guaranteed to remain dominant. Technological failures, security problems, prolonged high costs, competing networks or a reduction in economically valuable activity could all weaken the case that supported earlier appreciation.

A better way to read Ethereum’s rise

Ethereum’s rise was not produced by one hidden fundamental number, and it was not simply an irrational crowd bidding up something with no economic basis. The more complete explanation is that Ethereum started from a small and highly uncertain base, built a programmable network that attracted real activity, created several sources of demand for ETH, and then experienced repeated speculative cycles that pushed market prices much further and faster than the underlying network changed.

The market’s repricing was therefore partly about adoption and partly about expectations of future adoption. Supply mechanics, staking, network effects and broader access later changed the investment case again, while leverage and momentum repeatedly amplified both gains and losses. That combination explains why ETH could move from an experimental prelaunch asset to a major traded digital asset without implying that every price reached along the way represented a stable or objectively correct valuation.

The most useful lesson from the old article survives in a narrower form: price is ultimately set by buyers and sellers, and expectations can move it far ahead of observable fundamentals. The correction is that those expectations are not operating in a vacuum. Ethereum’s technology, usage, competitive position and monetary design influence what market participants are willing to pay, even though none of them produces a precise formula for what ETH should be worth.