How to Stake ETH in 2026: Solo, Pool, Liquid Staking, and Restaking Compared

Staking ETH used to mean one thing: run a validator with 32 ETH, hope you don't go offline, earn around 4-5% APR. After the Pectra upgrade and the rise of liquid staking and restaking, the menu has expanded considerably. This guide explains the four real ways to stake ETH today, what each one trades off, and how to decide which fits your situation.

The four ways to stake ETH

1. Solo staking (running your own validator)

This is the original way. You run validator software on a machine you control, deposit 32 ETH into the official deposit contract, and earn rewards directly from the network.

Pros:

• Maximum rewards — no protocol fees, no platform cut.
• Maximum decentralization — you contribute directly to network security.
• No counterparty risk.
• Self-custody of your stake.

Cons:

• Requires 32 ETH minimum.
• Requires technical setup — a computer, internet, validator client, monitoring.
• You're responsible for uptime. Go offline too long and you get "slashed" (a small portion of your stake is burned).
• ETH withdrawals go through an exit queue.

Post-Pectra change: EIP-7251 raised the maximum effective balance per validator from 32 ETH to 2,048 ETH. If you stake more than 32 ETH, you can now consolidate into fewer validators instead of running many. Less operational overhead for larger stakers.

Typical APR: 3-4% (variable based on network activity).

2. Pool staking

You delegate your ETH to a pool operator who runs the validators. The pool handles all the technical work; you earn proportional rewards minus a fee.

Pros:

• No minimum — most pools accept any amount.
• No technical work.
• No slashing risk to you (most pools insure against it).

Cons:

• You don't have direct custody — the pool operator runs the validator.
• Fees (usually 10-15% of rewards).
• Counterparty risk if the pool fails or is hacked.

Examples: Coinbase staking, Kraken staking, Binance staking.

Typical APR after fees: 2.5-3.5%.

3. Liquid staking

Same as pool staking, but you receive a tokenized representation of your staked ETH that you can use elsewhere in DeFi while it's still earning staking rewards.

You deposit ETH, receive a liquid staking token (LST) like stETH, rETH, or cbETH. The LST trades roughly 1:1 with ETH and earns staking yield automatically. You can lend it, use it as collateral, provide liquidity, or trade it.

Pros:

• Earn staking yield AND keep your ETH liquid.
• No minimum.
• No technical work.
• Composability with DeFi (lend on Aave, collateralize, provide liquidity).

Cons:

• LSTs can temporarily de-peg from ETH (small but real risk).
• Smart contract risk on the LST protocol.
• Concentration risk — Lido alone controls a large share of all staked ETH.
• Tax implications can be more complicated than other methods.

Major options and tradeoffs:

• Lido (stETH) — largest, most liquid, most DeFi-integrated. Trade-off: dominant market position raises decentralization concerns.
• Rocket Pool (rETH) — most decentralized of the major options. Anyone can run a node with 8 ETH plus collateral. Slightly lower yield due to commission structure.
• Coinbase cbETH — easiest for existing Coinbase users; centralized.
• Frax Ether (frxETH / sfrxETH) — two-token model often producing higher yields when ETH demand spikes.
• Swell Network (swETH) — restaking-focused, integrates with EigenLayer.

Typical APR: 3-3.5% (close to solo staking minus protocol fees).

4. Restaking (the new layer)

Restaking is the newest option, popularized by EigenLayer. You take your already-staked ETH (or your liquid staking token) and "restake" it to secure additional protocols on top of Ethereum. You earn additional yield from those protocols in exchange for taking on additional slashing risk.

The new protocols — called Actively Validated Services or AVSs — might be data availability layers, bridges, oracles, or coprocessors. They borrow Ethereum's security and pay restakers for it.

Pros:

• Higher total yield: base staking yield plus restaking yield plus, in many cases, points or new tokens.
• Capital efficiency — your ETH does multiple jobs.
• Early exposure to a new category.

Cons:

• Higher slashing risk — you can lose stake from failures in any AVS you're securing, not just Ethereum itself.
• Smart contract risk on EigenLayer plus each individual AVS.
• Yield is often paid in volatile new tokens, not ETH.
• Counterparty layering: LRT operator → EigenLayer → AVSs.

Examples:

• EigenLayer — the original restaking protocol; restake natively-staked ETH or LSTs.
• Liquid restaking protocols (LRTs) — Ether.fi (eETH), Renzo (ezETH), Kelp DAO (rsETH), Puffer (pufETH). These wrap restaking into a single liquid token, similar to how Lido wraps staking.

Typical APR: 4-7% combined (highly variable, partly paid in non-ETH tokens).

How to choose

The decision usually comes down to four factors: how much ETH you have, your technical comfort, your appetite for DeFi and risk, and your jurisdiction.

• 32+ ETH and technically comfortable: solo staking. Maximum yield, maximum sovereignty.
• Any amount, want maximum simplicity: pool staking via Coinbase or Kraken. Slightly lower yield, zero work.
• Any amount, want DeFi composability: liquid staking. Lido for liquidity, Rocket Pool for decentralization, Coinbase cbETH for convenience.
• Any amount, want maximum yield and willing to take more risk: restaking via a liquid restaking protocol. Understand you're stacking multiple layers of smart contract and protocol risk.
• In a jurisdiction with strict staking rules: pool staking via a regulated exchange is usually safest, since the exchange handles the regulatory burden.

Tax notes

Not tax advice — talk to a CPA in your jurisdiction. Some realities to be aware of:

• Staking rewards are generally taxable income at the moment of receipt in most jurisdictions, including the U.S.
• Rebasing liquid staking tokens (like stETH) can create complicated cost-basis tracking.
• Restaking rewards paid in volatile tokens can create taxable events even if you don't sell.
• Keep records of receipt dates, amounts, and USD value at receipt.

What changed after Pectra (May 2025)

• Solo stakers can now consolidate up to 2,048 ETH per validator (EIP-7251). Large stakers can simplify operations significantly.
• Validator efficiency improved due to reduced consensus-layer messages. APR ticked up slightly across all staking methods because the network does more with less overhead.
• Account abstraction improvements (EIP-7702) made it easier to stake from smart contract wallets.

For the full breakdown of what changed in Pectra and why, see our Pectra upgrade guide.

What to actually do this week

1. Decide your goal — yield, simplicity, decentralization, or DeFi composability. There is no objectively "best" method; there's a best fit for your situation.
2. Start small. Stake 0.1-1 ETH first via whatever method you pick. Wait a month. See how it feels before sizing up.
3. Don't chase the highest yield. A 7% restaking yield with five times the risk surface is not better than a 3.5% liquid staking yield from a proven protocol.
4. Diversify across protocols if you stake meaningful amounts. Don't put 100% in one LST or one restaking protocol.
5. Re-evaluate every six months. This space moves fast. Today's "best" restaking protocol might be tomorrow's exploit headline.

The platforms in the directory

For the platforms mentioned here — Lido, Rocket Pool, Coinbase cbETH, Frax Ether, SSV Network, and others — see the Liquid Staking section of the directory on the homepage. Each listing includes tokenomics notes, a short evaluation, and a direct link to the protocol.