What is Liquid Staking and How Does It Work?

Liquid staking helps to solve the liquidity problem inherent to PoS-based blockchain solutions. This technology enables crypto holders to mint derivatives and to use them elsewhere while still getting rewards on the original coins at stake.

Read this article to find out more about how liquid staking works, its pros and cons, and what popular liquid staking protocols exist up to date.

What is Liquid Staking?

Liquid staking refers to a mechanism that allows individuals to stake their cryptocurrencies in a blockchain network while also maintaining liquidity and access to their staked assets. 

Traditionally, when users stake their tokens, they lock them in a smart contract for a specific period to support the network’s security and consensus. 

However, with liquid staking, users can receive staking rewards and simultaneously utilize their staked tokens in other financial activities such as trading, borrowing, and lending. 

This concept enables stakers to maximize the potential of their assets by unlocking liquidity and participating in decentralized finance (DeFi) applications while still contributing to the underlying blockchain network’s security.

Unsurprisingly, this new approach has quickly gained popularity. 

The total value locked in liquid staking protocols has grown from roughly $500 million in March 2021 to well into the high tens of billions of dollars by 2026, making it one of the largest sectors in DeFi. Ethereum-denominated liquid staking leads the market by TVL. The sector has also expanded beyond ETH: Solana and Bitcoin-backed liquid staking products now have documented protocol activity and published yield comparisons.

How Does Liquid Staking Work?

To get a better understanding of the process, let’s break it down into a step-by-step scenario.

Assume Alice holds some ethers. She doesn’t plan to spend it anytime soon, so she decides to put them at stake so as to earn passive income. 

At the same time, she wants to have the possibility to access her funds whenever she wishes. A liquid staking protocol is the best solution to meet her requirements. 

Here’s what happens next:

1. Alice stakes ethers in the liquid staking protocol.
2. She receives 1 stETH (staked ETH) for every ETH token at stake.
3. As her original ethers remain staked, she continues earning her staking rewards.
4. At the same time, she can use the newly created derivative tokens for trading, staking, or any other purposes.

Thus, she gets a chance to increase her profits further.

In order to get back her original funds in the future, she will have to return the same amount of stETH to the protocol.

Liquid Staking Protocol Comparison

Not all liquid staking protocols are built the same. Fees, minimum deposits, supported assets, and decentralization vary enough to change your net return meaningfully. The table below covers the four most-used protocols as of mid-2026.

👉 Quick takeaway: Lido leads on liquidity depth and simplicity for ETH stakers. Rocket Pool is the strongest choice for decentralisation-focused stakers willing to run a mini-pool. Ether.fi adds EigenLayer restaking exposure on top of base yield. Jito offers the highest nominal APY in the table but is SOL-denominated — currency risk applies.

APY figures are approximate mid-2026 estimates sourced from protocol analyses. Yields fluctuate with network conditions and validator performance. Verify current rates on each protocol’s dashboard before depositing.

How to Choose: A 3-Question Framework

• Which asset do you hold? If ETH, Lido, Rocket Pool, or Ether.fi all apply. If SOL, Jito is the primary liquid staking option. If BTC, look at Lombard-style LBTC models, which are still maturing.
• How much does decentralization matter to you? Rocket Pool distributes stake across permissionless node operators. Lido uses a curated, permissioned operator set. If validator diversity is a priority, Rocket Pool wins on that dimension.
• Do you want to restake? If you want to stack EigenLayer yield on top of your base LST return, Ether.fi integrates that directly. Other protocols require a separate restaking step

What Yield Can You Actually Expect?

A concrete number helps more than a general promise of “passive income.” Here is what ETH liquid staking looks like in practice as of mid-2026.

A Worked Example

Assume you hold 10 ETH and deposit it into a liquid staking protocol charging a 10% fee on rewards, with a gross staking APY of 3.5%.

• Gross annual yield: 10 ETH x 3.5% = 0.35 ETH
• Protocol fee (10%): 0.035 ETH
• Net yield to you: 0.315 ETH per year
• In USD terms at $3,000/ETH: approximately $945 per year on a $30,000 deposit

Protocols with lower fees — or variable node-operator fees like Rocket Pool — can improve that net figure by 10 to 15 basis points. That sounds small. On $100,000 of ETH it is an extra $100 to $150 per year.

Your LST tokens (stETH, rETH, eETH) also sit in your wallet while this accrues. You can deploy them in DeFi lending pools or as collateral, which can add another 1 to 3% depending on the protocol, at the cost of additional smart contract exposure.

Reported net APYs across ETH liquid staking protocols ran approximately 3.0 to 3.5% in mid-2026. Solana-based liquid staking (Jito) ran higher in SOL-denominated terms, around 7 to 8%, reflecting Solana’s different validator economics.

Advantages of Liquid Staking

The techniques offered by liquid staking are not new. The participants of the TradFi market have long been using similar methods for a variety of purposes.

Thanks to blockchain, this process is now much more secure and transparent. At this, liquid staking provides its users with the following benefits.

1. Immediate liquidity

As mentioned earlier, the lack of liquidity is one of the key disadvantages of many DeFi protocols. 

By locking funds in DeFi protocols, crypto holders lose the possibility to use their funds before the staking period runs out. Liquid staking provides liquidity to the staked funds and enables their holders to cash them out at any time in case of emergency.

2. Higher ROI via yield farming

Yield farming refers to the process of generating income by locking crypto funds in DeFi protocols. Liquid staking makes it possible to increase this income further.

By creating liquid staking derivatives, one can put them at work somewhere else and double the profits.

3. The reduction of validators’ risk

Traditional staking implies delegating tokens to a single validator who gains a share of rewards for supporting the infrastructure.

Validators usually don’t have custody over delegated funds. Yet, they may still fail original token holders.

For example, if validators experience long downtime or misconfigure their hardware, the tokens may be taken away by the blockchain.

With liquid staking, tokens are distributed across many validators which significantly reduces the risk of such losses.

4. Lower requirements for node validators

In order to become a node validator within the Ethereum ecosystem, one has to stake 32 ETH. For the majority of crypto investors, this is a pretty large sum of money that is difficult to obtain.

Some of the liquid staking providers reduce this amount and thus make the whole enterprise more affordable.

Risks of Liquid Staking

The advantages of liquid staking are indisputable. Still, there are also some serious risks that traders and investors should be aware of.

1. Collateral’s devaluation

Yield farming is without a doubt quite a risky business. Unless you hold only stablecoins at stake, there is always a risk of liquidation should the collateral value go down.

Leveraging leads to even higher risks and may result in the liquidation of all assets. Proper market research can help to bring these risks to a minimum.

2. Reduced liquidity of original tokens

Liquid staking makes funds more accessible, but this advantage comes at a cost of original tokens’ liquidity. How so?

Whenever someone mints staked tokens, the circulating supply of original tokens goes down by the corresponding amount. Thus, their liquidity suffers which may have a negative effect on those who hold significant sums of these tokens in their portfolios.

3. High centralization

Although liquid staking contributes to higher decentralization of the crypto market as a whole, it remains pretty centralized itself.

Lido remains the largest single ETH liquid staking protocol. Its share has shifted considerably: as of February 2026, Lido held approximately 23% of total staked ETH, down from the dominant two-thirds share it held in early 2023. That shift reflects genuine market diversification toward Rocket Pool, Ether.fi, and newer entrants. Concentration risk has not disappeared, though. Any single protocol controlling a large share of validator sets still creates a systemic exposure point for the underlying network.

4. The price difference between stETH and ETH

The stETH peg risk was real and well-documented in 2022, when stETH traded at an average 2.2% discount to ETH between January and May of that year. By March 2023 that gap had tightened to roughly 0.5%. The market has matured further since then. As of 2026, stETH trades close to parity with ETH under normal conditions, and the peg mechanics are better understood by both retail and institutional participants. That said, peg risk does not vanish. During periods of market stress or large redemption queues, discounts can reopen. Treat the peg as stable in calm markets and fragile under pressure.

Most Popular Liquid Staking Services

Three protocols account for the majority of ETH liquid staking TVL in 2026: Lido, Rocket Pool, and Ether.fi. Each takes a different approach to validator selection, fees, and restaking integration. See the comparison table above for a side-by-side view. The protocol profiles below give more detail on each.

Lido Finance (LDO)

Being one of the most popular liquid staking services in the market, Lido Finance has the highest TVL across all its competitors.

For every ETH staked within the protocol, Lido issues stETH that users can further use for their own purposes. 

The token has a high trading volume. At this, one can easily cash it out both on centralized and decentralized platforms like Huobi or Uniswap.

High popularity has its downside as well. In case Lido gets a hold of more than 33% of all ethers, it may cause a centralized attack on the whole network.

Rocket Pool (RPL)

Rocket Pool offers a much more affordable solution for those who want to become node validators. 

Rocket Pool allows anyone to run a node operator, unlike Lido’s curated and permissioned operator set.

The minimum ETH requirement for running a Rocket Pool mini-pool was reduced to 8 ETH in a 2023 protocol upgrade (from the original 16 ETH), making it more accessible than the standard 32 ETH solo validator requirement on Ethereum. Regular stakers depositing rETH have no minimum beyond a small transaction.

Ether.fi

Ether.fi has grown into one of the top three ETH liquid staking protocols by TVL. Its main differentiator is native EigenLayer restaking integration. When you deposit ETH, you receive eETH, which automatically participates in restaking to generate additional yield on top of base staking rewards.

The protocol charges approximately 10% of staking rewards as a fee, in line with Lido. The restaking layer adds potential upside but also extends your slashing exposure to EigenLayer operator risk. Ether.fi is the most straightforward path to a combined liquid staking plus restaking position without managing two separate protocols.

Restaking: Stacking Yield on Top of Liquid Staking

Liquid staking gives you a derivative token that keeps earning while you use it. Restaking takes that one step further.

Protocols like EigenLayer let you deposit your LST (say, stETH or eETH) into a restaking layer. That layer uses your staked ETH to secure additional decentralised services beyond Ethereum itself, and pays you additional yield for the extra security you provide. The result is a stacked yield position: base ETH staking rewards plus restaking rewards from the services you opt into.

The Tradeoff

More yield means more exposure. With restaking, your ETH can be slashed not just for Ethereum validator failures but also for failures in the additional services you opted to secure. You are extending your slashing surface. Ether.fi integrates EigenLayer restaking directly into its liquid staking product. Other protocols require you to move your LST into a separate restaking contract manually.

Restaking derivatives are a fast-moving area. Yield comparisons and strategy guides for EigenLayer-based positions have been published as recently as February 2026. Treat current yield figures as estimates that shift with operator demand.

Liquid Staking Beyond Ethereum

Ethereum dominates liquid staking by TVL. It is not the only game anymore.

Solana has a mature liquid staking ecosystem. Jito is the leading protocol, offering MEV-boosted staking yields in the 7 to 8% range (SOL-denominated) as of mid-2026. Marinade Finance is another established option. Both issue liquid tokens (jitoSOL, mSOL) that work across Solana DeFi in the same way stETH works on Ethereum.

Bitcoin liquid staking is earlier-stage but active. Lombard-style models issue LBTC, a liquid derivative backed by staked or secured BTC positions. These products extend Bitcoin’s capital utility without requiring holders to sell. The mechanics differ from ETH liquid staking because Bitcoin has no native staking layer, so these products rely on external security protocols.

Academic work published in 2026 has also proposed canonical liquid staking token designs for Tezos, signalling that the model is spreading to smaller PoS networks as well.

If you hold assets outside Ethereum, check whether your chain has a liquid staking protocol before locking tokens in traditional staking. The opportunity cost of illiquid staking is real on any PoS chain.

Institutional Adoption and Regulatory Context

Liquid staking is no longer retail-only territory.

The Enterprise Ethereum Alliance allocated treasury funds to Lido for liquid staking in 2026, holding stETH as part of its treasury. That is a meaningful signal: enterprise organisations are treating liquid staking tokens as treasury instruments, not speculative bets.

On the regulatory side, the EU has published regulatory technical standards covering liquidity management tools, with provisions that touch derivative-like staking structures. These standards entered into force in 2026. The practical implication for users is that regulated entities operating in EU jurisdictions may face restrictions or disclosure requirements when offering or using liquid staking products. If you are a business or a fund rather than an individual, those compliance questions are worth reviewing with a legal advisor before allocating at scale.

US regulatory clarity is still developing. A March 2026 Federal Register discussion touched on staking-related rules, though specific guidance for liquid staking derivatives remains in flux.

Bottom Line

Liquid staking is no longer a niche experiment. By 2026 it has become mainstream financial infrastructure: enterprise treasuries hold stETH, EU regulators have published technical standards that touch staking derivative structures, and CoinDesk forecasts vault-based liquid staking as a core pillar of Ethereum investing for the year.

The fundamentals still apply. Liquidity, yield, and validator risk all matter. But the question is no longer whether liquid staking is viable. It is which protocol fits your situation and how to use your LST position effectively once you have it.