Ethereum

All market figures in this article reflect data gathered on 8–9 July 2026. Ethereum traded at roughly $1,754, with a market capitalisation near $211.6 billion and a circulating supply of about 120.68 million ETH, ranking it the second-largest cryptocurrency by market value. Crypto prices move constantly, so always confirm the live figure before acting.

What Is Ethereum?

Ethereum is a decentralised, open-source blockchain network best understood not as “digital money” but as a global, programmable computer. Where Bitcoin was designed primarily to move value from one person to another, Ethereum was designed to run code. That code takes the form of smart contracts—self-executing programs that live on the blockchain and carry out their instructions automatically whenever their conditions are met, with no bank, broker, or middleman able to interfere, pause, or reverse them.

The network first went live in July 2015. Its native currency is Ether (ETH), which serves three overlapping roles: it is the fuel that pays for computation on the network (so-called “gas” fees), it is a store of value and trading asset in its own right, and it is the collateral that secures the network under Ethereum’s proof-of-stake consensus. Every action on Ethereum—sending ETH, minting an NFT, swapping tokens on a decentralised exchange, or borrowing against collateral in a lending protocol—requires a small amount of ETH to execute.

At the technical heart of the system sits the Ethereum Virtual Machine (EVM), a shared execution environment that runs identically across thousands of independent computers (“nodes”) worldwide. Because the EVM guarantees that a given piece of code produces the same result everywhere, developers can deploy applications that no single company controls and no government can quietly switch off. This design is why Ethereum became the foundation for the two defining crypto movements of the last decade: decentralised finance (DeFi), which recreates lending, trading, and derivatives without banks, and non-fungible tokens (NFTs), which represent unique digital ownership. Ethereum remains the largest settlement layer for both.

Ethereum today is also the anchor of a sprawling multi-layer ecosystem. Rather than forcing every transaction onto its base chain, Ethereum’s roadmap deliberately routes activity onto more than a hundred “Layer 2” networks—rollups such as Base, Arbitrum, and Optimism—that process transactions cheaply and then settle back to Ethereum for security. Combined, this ecosystem is engineered to handle vastly more throughput than the base chain alone could, while keeping Ethereum itself as the trust anchor everything depends on.

Who Are the Founders of Ethereum?

Ethereum was not the work of a single person, although one name dominates the story. In late 2013, a 19-year-old Russian-Canadian programmer named Vitalik Buterin circulated a whitepaper describing a blockchain that could run any application—a “world computer” in which money was only one use case among many. Buterin had previously co-founded Bitcoin Magazine and had grown frustrated that Bitcoin’s scripting language was too limited to support complex programs. Rather than try to bolt features onto Bitcoin, he designed an entirely new platform.

The whitepaper attracted a founding team, and Ethereum is officially credited to eight co-founders. The initial five—Vitalik Buterin, Anthony Di Iorio, Charles Hoskinson, Mihai Alisie, and Amir Chetrit—came together in December 2013. Three more joined in early 2014: Joseph Lubin, Gavin Wood, and Jeffrey Wilcke. Each brought a distinct contribution:

• Vitalik Buterin — the primary architect and intellectual core, author of the original whitepaper, and the only founder still deeply focused on Ethereum’s research and long-term roadmap today.
• Gavin Wood — a British computer scientist who wrote Ethereum’s technical “Yellow Paper,” built the first working client, and created Solidity, the language used to write Ethereum smart contracts. He later founded Polkadot and is credited with coining the term “Web3.”
• Joseph Lubin — a Princeton-educated former Goldman Sachs technologist who helped establish the Ethereum Foundation and went on to found ConsenSys, one of the most important companies building Ethereum infrastructure.
• Charles Hoskinson — briefly Ethereum’s CEO, who left in 2014 after disagreeing with the team’s decision to run Ethereum as a non-profit rather than a for-profit company. He later founded Cardano.
• Anthony Di Iorio — an early financial backer who helped fund development before stepping back and founding the Decentral wallet company.
• Mihai Alisie — Buterin’s Bitcoin Magazine co-founder, who helped set up Ethereum’s Swiss legal structure and later built the AKASHA project.
• Amir Chetrit and Jeffrey Wilcke — Chetrit stepped away from active involvement early on; Wilcke built the Go-language client before moving into game development.

Crucially, Ethereum has no owner today. The Ethereum Foundation, a Swiss non-profit, funds research and development but cannot dictate the network’s rules. Once the code is deployed, the network is maintained by hundreds of thousands of independent developers, validators, and users around the world. Even Buterin cannot unilaterally change how Ethereum works—any protocol change requires broad community consensus among node operators.

What Makes Ethereum Unique?

Several features separate Ethereum from both Bitcoin and the many “Ethereum killers” that have tried to displace it over the years.

Programmability and the first-mover network effect

Ethereum pioneered general-purpose smart contracts in 2015 and has never surrendered its lead in developer activity. It hosts the most active developer community in crypto and remains the default home for DeFi, NFTs, stablecoins, and tokenised real-world assets. This creates a powerful network effect: the more applications, liquidity, and users that live on Ethereum, the more attractive it becomes for the next builder to deploy there too. Many rival chains are deliberately “EVM-compatible,” meaning they copy Ethereum’s execution environment precisely because so many developers already know it.

Proof of stake and “The Merge”

In September 2022, Ethereum completed The Merge, transitioning from energy-hungry proof-of-work mining to proof-of-stake. This cut the network’s energy consumption by roughly 99.95% and replaced miners with validators who lock up ETH as collateral to secure the chain. It was one of the most complex live upgrades ever performed on a major network, executed without downtime.

A deflationary pressure mechanism

The EIP-1559 upgrade (August 2021) changed how transaction fees work. Instead of an unpredictable auction, each transaction now carries a base fee that is burned—permanently removed from circulation—rather than paid to validators. When network activity is high, more ETH is burned than issued, which can make Ether deflationary. This links network usage directly to supply dynamics, a property Bitcoin’s fixed-issuance model does not share.

The Layer 2 scaling architecture

Rather than trying to be fast at the base layer, Ethereum chose to become the secure settlement layer beneath a fleet of Layer 2 rollups. This is genuinely distinctive—and, as the market section below discusses, it is also the source of Ethereum’s biggest current debate, because pushing activity onto L2s reduces fee burn on the mainnet.

How Many Ethereum Coins Are There in Circulation?

As of early July 2026, there are roughly 120.68 million ETH in circulation. Unlike Bitcoin, Ethereum has no fixed maximum supply. Ethereum’s developers deliberately avoided a hard cap, arguing that the network should be able to adjust ETH issuance to whatever minimum is needed to keep the chain secure, rather than being locked into a “fixed security budget” forever.

The history is worth understanding. Around 72 million ETH were created in the 2015 genesis block—about 60 million of which went to participants in the 2014 crowd sale that raised roughly 31,000 BTC to fund development, and 12 million to a development fund. The rest was issued over time as block rewards, first to miners under proof of work and now to validators under proof of stake.

Since the EIP-1559 burn mechanism arrived in 2021, Ethereum’s supply has behaved dynamically. During periods of heavy on-chain activity, more ETH is burned in base fees than is issued to validators, and total supply shrinks; during quieter periods, modest issuance can slightly outpace the burn. A notable point of debate in 2026 is that because so much transaction volume has moved to Layer 2 networks, less ETH is being burned on the mainnet, which has tipped Ether from firmly deflationary toward roughly flat or slightly inflationary. On the demand side, a record share of supply has been locked up: exchange reserves hit multi-year lows in mid-2026, and a large and growing portion of ETH is staked or held by corporate treasuries and exchange-traded funds, tightening the freely tradable “float.”

How Is the Ethereum Network Secured?

Ethereum is secured by proof of stake. Instead of miners racing to solve puzzles, the network relies on validators—participants who deposit (stake) 32 ETH each to earn the right to propose and attest to new blocks. Validators are rewarded for honest behaviour with staking yield, and they are penalised for dishonesty or downtime through slashing, which destroys a portion of their staked ETH. Because attacking the network would require an attacker to acquire and then risk an enormous quantity of ETH, the economic cost of misbehaviour is designed to vastly exceed any potential gain.

This security is reinforced by extreme decentralisation: hundreds of thousands of validators run independently across the globe, so there is no central point that can be shut down or coerced. For ordinary holders who do not want to run a validator, staking is accessible through pooled services and liquid-staking protocols, though users should understand the trade-offs and risks of each option.

Ethereum’s ongoing roadmap continues to harden this security while improving performance. Recent and planned upgrades—Pectra (2025), Fusaka (late 2025), and the Glamsterdam upgrade expected by mid-to-late 2026—introduce changes such as enshrined proposer-builder separation (ePBS) to reduce centralisation and Maximum Extractable Value (MEV), plus block-level access lists that enable parallel execution and faster syncing. These are aimed at Ethereum’s long-stated goals of higher throughput, greater decentralisation, and readiness for well over 100,000 transactions per second across its Layer 2 ecosystem.

Where Can You Buy Ethereum (ETH)?

ETH is one of the most widely available cryptocurrencies in the world, so buying it is straightforward. The typical path is: create an account on a reputable exchange, verify your identity, deposit funds, and place an order.

You can buy ETH through several channels:

• Centralised exchanges — Platforms such as Coinbase, Binance, Kraken, and Bybit let you buy ETH with fiat currency (USD, EUR, and many others) via bank transfer or card. These are the easiest on-ramp for beginners. On Coinbase alone, ETH is consistently among the most-traded assets, with the majority of active users net buyers on a typical day.
• Self-custody wallets — Wallets like MetaMask let you buy, hold, swap, and stake ETH directly while keeping control of your own private keys.
• Spot ETH ETFs — For investors who prefer not to hold crypto directly, regulated Ethereum exchange-traded funds trade on traditional stock exchanges and track ETH’s price, offering exposure through a standard brokerage account.

A common piece of guidance from long-term holders: for amounts you intend to keep, consider moving ETH off the exchange into a wallet you control. As with any investment, decide how much you can afford to commit, and treat headline price predictions—including the ones later in this article—as scenarios, not promises. This is educational information, not financial advice.

New Information About Ethereum’s Project Progress

Development momentum in 2026 has centred on Ethereum’s fastest upgrade cadence in years. Developers entered the final phase of the Glamsterdam upgrade, with test networks (“devnets”) running all planned changes ahead of a public testnet, targeting deployment in the second half of 2026. Glamsterdam is described as one of the largest protocol changes since The Merge: it introduces enshrined proposer-builder separation to improve validator efficiency and reduce reliance on external relays, and block-level access lists to enable parallel execution and lower costs for data-heavy applications, with gas-limit targets rising as high as 200 million. A further upgrade, Hegotá, is slated to follow later in 2026, aimed at managing state growth.

On the institutional side, corporate treasuries have continued accumulating ETH aggressively—one publicly listed firm alone disclosed holdings of several million ETH in 2026—and exchange reserves have fallen to record lows, both of which tighten available supply. Buterin has also publicly framed a multi-year “Lean Ethereum” rebuild spanning roughly three to four years, signalling a long horizon of continued protocol simplification and hardening.

For the latest first-party updates, Ethereum’s research and roadmap announcements are posted to the official Ethereum Foundation blog and Buterin’s own channels. You can follow project updates via Ethereum’s official account on X at x.com/ethereum and Buterin’s posts at x.com/VitalikButerin. (Always verify announcements against the official Ethereum Foundation blog, as social channels can be impersonated.)

Ethereum Market Outlook

Ethereum enters the second half of 2026 in a genuinely unusual position: it is the busiest it has ever been by activity, yet its price sits far below its previous cycle highs. Understanding this gap is the key to the entire market outlook, because Ethereum is mid-transition between two completely different ways of being valued.

The two-model problem

For most of its history, ETH was valued as "digital oil"—a commodity you had to buy and burn to use the network. Under that model, more usage meant more fee burn, tighter supply, and upward price pressure. But Ethereum's own scaling strategy has partly undermined this. By deliberately pushing transactions onto Layer 2 rollups like Base, Arbitrum, and Optimism, the network succeeded technically while backfiring economically: fewer transactions execute on the mainnet, so less ETH is burned, and the token has drifted from deflationary to slightly inflationary. Analysts at one major bank estimated that Coinbase's Base rollup alone diverted tens of billions of dollars of value away from ETH's market capitalisation. This "value-accrual problem"—not any technology failure—is the single biggest reason ETH has lagged in this cycle.

The emerging bull case

The counter-narrative is that a second, more powerful valuation model is being born. In this view, ETH is becoming a staked, yield-bearing reserve asset—the crypto equivalent of a productive bond that also happens to underpin the entire on-chain economy. Several forces support this. Roughly a third of ETH supply is now locked in staking, removing it from circulation. Exchange reserves have fallen to record lows. Regulated spot ETH ETFs give institutions a compliant way to accumulate, and corporate treasuries have been buying aggressively, with some firms holding millions of ETH. If ETF flows turn durably positive and the staked float keeps shrinking, even modest new demand can move price sharply because so little liquid supply remains.

Sentiment, technicals, and the wide spread

Short-term sentiment in mid-2026 has been cautious. Fear & Greed readings have hovered in "fear" territory, RSI has sat in neutral range, and ETH has traded below both its 50-day and 200-day moving averages at various points—signals that momentum traders read as weak. Yet the same period has produced runs of green days and 7-day gains above 13%, underscoring how quickly sentiment can flip.

The most striking feature of the current outlook is the enormous disagreement among credible analysts. On the same asset, the same major bank has published both a detailed bear case and a $40,000 long-term bull target. Base-case 2026 estimates from various desks cluster around $2,600, with bull cases reaching $5,000–$7,500 and bear cases as low as $1,300. This is not analyst confusion—it is an honest reflection of a genuine binary. If Ethereum never fixes value accrual, it remains a technically brilliant but economically leaky settlement layer, and the bear numbers hold. If it completes the transition into an institutionally owned, yield-bearing reserve asset, the bull numbers may prove conservative.

What to watch

For anyone tracking Ethereum's trajectory, the decisive variables are clear: the direction of spot-ETF flows, the pace at which staked and treasury-held supply keeps shrinking the tradable float, whether upcoming upgrades (Glamsterdam and Hegotá) meaningfully improve fee capture or user experience, and the broader macro backdrop for risk assets. Ethereum's fundamentals—dominant developer share, the largest DeFi economy, and a credible multi-year roadmap—remain intact. The open question is purely one of value capture, and that question is what makes the next few years unusually hard to call.

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