Why Are People Bullish on Ethereum in 2026?

The bullish case is that Ethereum is more than a cryptocurrency: it is a programmable blockchain where apps can hold and move assets according to code. ETH is needed to pay for transactions on the network, and it can be staked to help secure it. If people and businesses keep using Ethereum and related networks, supporters argue, those roles could sustain demand for ETH.

That is a thesis, not a promise. Network adoption and ETH’s market price are not the same thing. Usage can grow while token prices fall, and activity can shift to networks or products that do not create much direct demand for ETH. To assess the argument, separate the claims into three questions:

• Are people using Ethereum and its apps?
• Does that activity create meaningful demand for ETH or fees on Ethereum?
• Is that demand strong enough to matter relative to supply and broader market conditions?

The rest of this guide breaks down the main reasons supporters give, then shows what to check before treating them as persuasive.

Ethereum’s smart contracts let developers build applications that can run without relying on one company’s database to keep their records. That has enabled uses such as token trading, lending, stablecoins, digital collectibles and systems for issuing or managing assets. A user can often connect a wallet to different apps and use the same underlying assets across them.

Supporters see this shared infrastructure as an advantage. A developer can build on an established network, while users may benefit from familiar wallets and assets that work across multiple applications. The breadth of an ecosystem can make it harder for any one app to capture all its users and liquidity.

But an app ecosystem is only as strong as its ongoing use. Count activity that represents real users and useful transactions, not just the number of tokens, apps or announcements. Also consider where the activity happens: some applications use Layer 2 networks rather than Ethereum mainnet directly. A large ecosystem can support a bullish view, but it does not by itself show how much value accrues to ETH holders.

ETH is the asset used to pay Ethereum transaction fees. When people compete to get transactions processed, fees can rise; when demand is low, costs can fall. This gives ETH a practical role in using the network, although users may not need to hold much ETH if they use services that abstract away the fee payment.

Ethereum’s fee mechanism also burns the base fee: that portion is removed from circulation. New ETH is issued to support proof-of-stake security and validator rewards. Whether supply expands or contracts depends on the balance between issuance and the amount burned. Higher activity can increase burning, but it does not guarantee that more ETH is burned than issued.

When evaluating this part of the thesis, check current network fees, the amount of ETH burned and the amount issued over the same period. Look at trends over time rather than drawing conclusions from one busy day. Fee burns can strengthen the supply argument, but they are not a fixed return and do not establish a future market price.

Ethereum uses proof of stake. Validators commit ETH and help propose or attest to blocks; in return, they may receive rewards. This gives ETH a security role and is one reason supporters think the token is tied to the network’s operation. Staking also reduces the amount of ETH that a validator has freely available to sell while it is committed, though that does not prove the price will rise.

You can stake directly if you meet the technical and capital requirements, or use a staking service that pools funds. Liquid-staking products issue a token representing a claim on staked ETH, which can sometimes be used in other apps. Lido is one example, but its stETH and other liquid-staking tokens can trade away from ETH’s price and introduce additional contract, provider and withdrawal risks.

Do not compare staking rewards with a bank deposit as if the risks were the same. Rewards vary, and running a validator incorrectly can result in penalties. Before staking, understand the method, fees, access to withdrawals and what happens if the service or smart contract fails.

Many users interact with Ethereum through Layer 2 networks, which aim to make transactions cheaper or faster while relying on Ethereum for some part of security or settlement. This can make the wider Ethereum ecosystem more usable and help applications serve more people. Supporters therefore count Layer 2 adoption as a possible sign of Ethereum’s reach.

The connection to ETH’s value is less direct. Layer 2s can collect their own fees, and the amount they pay to post data or settle activity on Ethereum varies. Changes to technology and user demand can alter those costs. So a surge in Layer 2 transactions does not automatically mean a matching rise in Ethereum mainnet fees or ETH demand.

To assess this argument, ask:

1. Is the Layer 2 seeing sustained use, rather than a short-lived incentive campaign?
2. Does it use Ethereum for settlement or data availability, and how much does that activity cost?
3. Can users move assets and exit safely if the service has an outage or changes its rules?

Layer 2 growth can support the ecosystem thesis, but the value-capture link needs evidence.

Supporters also point to ETH’s use in decentralized finance. People may use it as collateral for borrowing, trade it against other tokens, or provide it to applications. Stablecoins and tokenized assets can also run on Ethereum and compatible networks. If these uses expand, supporters believe ETH could benefit from being a widely recognized asset within that financial infrastructure.

The risk is that activity can be fragile. A lending position may be liquidated if collateral values fall, a trading pool can lose value through impermanent loss, and a smart-contract exploit can cause losses. Some apps operate on other networks, while others depend on bridges, oracles or third-party services. Each extra component adds risks that are different from holding ETH itself.

You can examine the thesis without depositing funds. Check whether activity and liquidity persist beyond incentives, whether users pay fees for services, and whether an application’s risks are clearly documented. If you do use DeFi, understand the specific market and contract before approving a transaction. Aave and Uniswap are examples of Ethereum-related apps, not guarantees of safety or evidence that ETH must appreciate.

A bullish case can be sound and still be outweighed by risks. Ethereum faces competition from other blockchains, and users or developers may choose alternatives. Technical failures, software bugs, congestion, high fees or a major app exploit could weaken confidence. Changes in regulation can affect access to tokens and services, while broader market conditions can move crypto prices regardless of network progress.

There is also a value-capture question: Ethereum can remain useful even if ETH does not rise in price. More activity may happen on Layer 2 networks, some users may avoid holding ETH directly, and future upgrades can change fee dynamics. Staking adds its own trade-offs, including concentration among large providers and technical or withdrawal risks.

Before accepting a bullish argument, look for what would disprove it. For example, ask whether usage is sustained, whether fees and ETH demand follow that usage, and whether security or decentralization is deteriorating. Avoid arguments that rely only on social-media enthusiasm, a short price rally or a single metric. A credible thesis should explain both the upside mechanism and the conditions under which it could fail.

Use a checklist before deciding whether the bullish case makes sense to you. You do not need to predict ETH’s price; you need to understand which assumptions the argument depends on and what evidence would change your view.

• Separate network and token: Is the claim about Ethereum adoption, or specifically about ETH demand and supply?
• Check activity quality: Is use sustained, and does it represent useful transactions rather than temporary incentives?
• Follow fee mechanics: Compare fees, ETH issuance and burning across consistent periods.
• Inspect Layer 2 links: Find out what each network relies on Ethereum for and what users pay.
• Account for risk: Consider competition, regulation, bugs, app failures and general crypto-market volatility.
• Set a limit: Decide in advance what level of loss you could tolerate; crypto prices can fall sharply.

Do not treat staking rewards, past performance or a popular narrative as a guarantee. If you are still learning, you can study the network and its apps without depositing ETH. If you choose to hold or use crypto, secure your wallet, check every transaction and avoid risking money needed for essential expenses.