Ethereum White Paper
Vitalik Buterin published the Ethereum whitepaper, outlining a programmable blockchain designed to run smart contracts without a central operator.
About
About Ethereum (ETH)
Ethereum is an open-source blockchain network built to run smart contracts and decentralized applications. Launched in 2015, it allows developers to create financial services, games, marketplaces, and other applications without relying on a single operator.
Ether (ETH) is the Ethereum cryptocurrency used to pay transaction fees and help secure the network through staking. This page explains what Ethereum is, how it works, how the network has evolved and which factors can influence the ETH price.
ETHEREUM PROFILE
Ethereum Profile
A simple Ethereum definition is that it is a programmable blockchain designed to run smart contracts. These programs execute according to their code and allow applications to operate using the shared Ethereum network.
Ethereum is the network, while Ether is its native digital asset. ETH is used to pay network fees, compensate validators and interact with applications built on Ethereum.
Origins
2013
2014
July 30, 2015
When Was Ethereum Created?
Ethereum was introduced in 2013, when Vitalik Buterin published a whitepaper proposing a programmable blockchain designed to run smart contracts. The network launched with the Frontier mainnet on July 30, 2015.
These milestones mark Ethereum’s progression from a technical proposal into an operating public network for applications, tokens and on-chain transactions.
Ether Sale
ETH was offered through a public sale to support the development of the Ethereum network.
Frontier Mainnet
The Ethereum Frontier mainnet launched, beginning public transaction processing on the network.
Network Milestones
2016
2020
2021
2022
2023–2024
2025
Ethereum Evolution
Ethereum has changed through a series of coordinated network upgrades. These upgrades have altered how transactions are processed, how validators secure the blockchain and how applications use Ethereum.
Several developments mark this transition. Coordinated upgrades changed how consensus works, how fees are handled and how applications use the Ethereum Virtual Machine. These milestones show how Ethereum’s role has evolved while remaining a public network secured by validators and independently operated nodes.
The DAO Fork and Ethereum Classic
A vulnerability in The DAO led to the loss of funds and a community decision to alter Ethereum’s state through a hard fork. The chain that did not adopt the change continued as Ethereum Classic.
Beacon Chain Launch
The Beacon Chain began operating as Ethereum’s proof-of-stake consensus layer and created the foundation for the network’s later transition away from mining.
London and EIP-1559
The London upgrade changed Ethereum’s transaction-fee market. It introduced a base fee that is removed from circulation through burning, while users can add a priority fee for validators.
The Merge
Ethereum replaced proof-of-work mining with proof-of-stake consensus. The existing execution layer joined with the Beacon Chain without creating a new ETH token.
Shapella and Dencun
Shapella enabled withdrawals of staked ETH. Dencun later introduced blob transactions, giving layer 2 networks a more efficient way to post data to Ethereum.
Pectra and Fusaka
Pectra introduced changes affecting validator accounts, staking and transaction functionality. The Ethereum Fusaka upgrade followed in December 2025, introducing PeerDAS to increase blob capacity and support Ethereum’s scaling roadmap.
Network Milestones
How Does Ethereum Work?
Ethereum maintains a shared record of account balances, smart-contract code and application activity. Nodes run Ethereum client software and independently check whether transactions and blocks follow the network’s rules.
Validators propose and attest to blocks of valid pending transactions under proof-of-stake consensus. A completed block is broadcast to the network, where independently operated nodes verify it before accepting it as part of the blockchain. Additional blocks provide further confirmation that an earlier transaction has been recorded.
01
Send a Transaction
A user signs a transaction to transfer ETH, deploy a smart contract or interact with an existing application. The transaction includes the maximum network fee the user is prepared to pay.
02
Create a Block
A validator selected by the protocol proposes a block containing transactions. The proposed block is shared with other participants across the Ethereum network.
03
Process the Instructions
Ethereum nodes independently execute the transactions and smart-contract instructions through the Ethereum Virtual Machine. Invalid transactions or blocks are rejected.
04
Confirm the Block
Other validators attest that the proposed block is valid. Once Ethereum finalizes the block, reversing its transactions would require the proof-of-stake consensus process to be disrupted.
What Shapes Ethereum’s Price?
Ethereum’s price is determined by supply and demand across the markets where ETH is traded. Network usage, staking activity, institutional flows and broader financial conditions can all affect buying and selling pressure.
Price movements rarely have one confirmed cause. Market developments should only be connected to changes in ETH when the available evidence supports that explanation.
Network Demand and Fees
Demand for Ethereum blockspace can increase when more people use applications, transfer tokens or settle activity from layer 2 networks. Higher network activity can also affect the amount of ETH removed through fee burning.
Staking and ETH Supply
New ETH is issued to validators, while base transaction fees are burned. The amount of ETH staked, issued, burned or available to trade can influence market supply.
ETF and Ethereum News and Regulation
Purchases and sales connected to Ether exchange-traded products can affect demand. Sustained inflows may support buying pressure, while outflows may add to selling pressure.
Trading Volume and Liquidity
Markets with deeper liquidity can absorb larger orders more easily. When liquidity is limited, substantial purchases or sales may produce larger ETH price movements.
Ethereum News and Regulation
Regulatory decisions, security incidents and changes affecting major applications or service providers can influence sentiment. Confirmed developments should be separated from speculation.
Upgrades and Market Conditions
Ethereum upgrades may affect network capacity, fees, staking or application activity. ETH can also respond to interest rates, the US dollar and changing demand for volatile assets.
What Is the Current Price of Ethereum?
Ethereum is currently priced at $2,696.71 USD, up 1.02% over the past 24 hours. When USD is selected, the Ethereum price in USD now is $2,696.71.
Why Is Ethereum Down?
Ethereum can fall when selling pressure exceeds available demand. Possible factors include ETF outflows, weaker risk appetite, reduced network activity, regulation or broader declines across cryptocurrency markets.
A price decline should not be attributed to one event unless reliable market data or confirmed reporting supports that conclusion.
Will Ethereum Go Back Up?
No one can know with certainty whether Ethereum will go back up after a decline. Previous recoveries, continued development and network activity do not guarantee greater demand or higher future prices.
Is Ethereum Dead?
No. Ethereum remains an operating network that processes transactions, runs smart contracts and is secured by proof-of-stake validators. A falling ETH price does not mean the network has stopped working, although continued operation does not guarantee future adoption or investment returns.
Ethereum ETF List
Compare exchange-traded products offering exposure to ETH, including each fund’s ticker, exchange, annual fee, staking status and launch date. Product availability and features can vary by jurisdiction and may change over time.
| Fund | Ticker | Exchange | Annual Fee | Staking | Launch Date |
|---|---|---|---|---|---|
iShares Ethereum Trust
|
ETHA | NASDAQ | 0.25% | No | July 23, 2024 |
|
iShares Staked Ethereum Trust ETF
|
ETHB | NASDAQ | 0.25% | Yes | March 12, 2026 |
Fidelity Ethereum Fund
|
FETH | CBOE | 0.25% | No | July 23, 2024 |
Bitwise Ethereum ETF
|
ETHW | NYSE Arca | 0.20% | No | July 23, 2024 |
Grayscale Ethereum Staking ETF
|
ETHE | NYSE Arca | 2.50% | Yes | July 23, 2024 |
|
Grayscale Ethereum Staking Mini ETF
|
ETH | NYSE Arca | 0.15% | Yes | July 23, 2024 |
VanEck Ethereum ETF
|
ETHV | CBOE | 0.20% | No | July 23, 2024 |
Franklin Ethereum ETF
|
EZET | CBOE | 0.19% | No | July 23, 2024 |
Invesco Galaxy Ethereum
|
QETH | CBOE | 0.25% | No | July 23, 2024 |
21Shares Ethereum Staking ETF
|
TETH | CBOE | 0.21% | Yes | July 23, 2024 |
Morgan Stanley Ethereum Trust
|
MSSE | NYSE Arca | 0.14% | Yes | July 28, 2026 |
How Do Ethereum ETFs Work?
Ethereum exchange-traded products allow investors to gain exposure to ETH through a traditional brokerage account. Investors purchase shares in the product rather than receiving ETH in a personal cryptocurrency wallet.
Products commonly described as Ethereum ETFs can differ in their legal structure, fees, custody arrangements and treatment of staking. Investing through a fund is therefore not the same as buying and holding ETH directly.
Direct ETH vs. an ETF
Buying ETH directly allows it to be transferred, staked or used with Ethereum applications. Fund shares provide price exposure but generally cannot be used on the Ethereum network.
Costs and Access
Compare management fees, brokerage costs, trading spreads and product availability. The currencies and products available depend on the investor’s market and jurisdiction.
Staking, Risk and Custody
Check whether a product stakes any of its ETH and how resulting rewards are handled. Investors should also review its custody arrangements, liquidity, tracking method and risk disclosures.