Staking your crypto earns you rewards, but it also freezes your assets. You cannot sell, trade, or use them in DeFi until the lock-up period ends. Liquid staking solves that problem. You stake your tokens, receive a tradeable receipt in return, and keep earning rewards while your capital stays accessible.
As of March 2026, liquid staking protocols hold a combined $41.8 billion in total value locked, according to DeFiLlama. That figure peaked at $86 billion in August 2025, making liquid staking the single largest category in all of DeFi — not a niche experiment, but the primary way a growing share of crypto holders put their assets to work.
This guide explains how liquid staking works, where the risks are, and how to evaluate whether it makes sense for you.
What is staking?#
Before liquid staking makes sense, you need to understand regular staking.
Proof-of-stake blockchains like Ethereum and Solana use validators instead of miners to process transactions and secure the network. To become a validator on Ethereum, you need to lock up 32 ETH in a smart contract. In return, the network pays you staking rewards for doing honest work: currently about 3.3% APY, combining consensus layer issuance and MEV tips.
The catch is that staked assets are locked. On Ethereum, withdrawals take days. During that period, you cannot use your ETH for anything else. If the market drops 20% overnight, you sit and watch.
That trade-off between earning yield and losing access to your capital is what liquid staking was designed to fix.
What is liquid staking?#
Liquid staking lets users to stake their tokens through a protocol that handles the validator infrastructure for them. In return, you receive a receipt token — called a liquid staking token, or LST — representing your staked position. You can trade these LSTs, use them as collateral in DeFi protocols, or hold them while rewards accumulate.
Unlike traditional staking, which works like a fixed-term deposit where your money earns interest but you cannot touch it, liquid staking provides something closer to a savings account that pays interest and lets you write checks against your balance at the same time.
Liquid staking protocols like Lido are the most common example. You stake ETH and receive stETH in return. That stETH token tracks the value of your staked ETH plus accumulated rewards. You can use stETH as collateral on Aave, swap it on Uniswap, or just hold it in your wallet while it grows in value.
How liquid staking works#
The mechanics are straightforward:
- You deposit your tokens (ETH, SOL, or another proof-of-stake asset) into a liquid staking protocol.
- The protocol pools deposits from many users into a staking pool and delegates them to a set of validators.
- You receive liquid staking tokens in return, typically at a 1:1 ratio at the time of deposit.
- Validators earn staking rewards on the pooled assets. Those rewards accrue to your LSTs.
- When you want to exit, you burn your LSTs and receive your original tokens plus any rewards earned, minus protocol fees.
The entire process runs through smart contracts. On decentralized protocols like Lido or Rocket Pool, no single entity holds your funds. Centralized exchanges like Coinbase and Binance also offer liquid staking services, but those run on custodial models where the exchange controls the underlying assets. Some staking platforms also offer pooled staking or staking as a service alongside liquid staking options.
Two types of LSTs: rebasing vs reward-bearing#
Not all liquid staking tokens work the same way. There are two models, and the difference matters when you use LSTs in DeFi.
Rebasing tokens adjust their balance automatically. Hold 1 stETH at a 3.3% APY and after one year your wallet will show approximately 1.033 stETH — the number of tokens in your wallet increases. Lido's stETH uses this model.
Reward-bearing tokens keep your balance fixed but increase in value relative to the underlying asset. Hold 1 rETH from Rocket Pool and you will still hold 1 rETH a year later, but that token will be redeemable for more ETH than when you started. The exchange rate grows over time.
Both models deliver the same economic outcome. The difference is practical: some DeFi protocols handle rebasing tokens poorly because they assume token balances stay constant. That is one reason many newer liquid staking protocols prefer the reward-bearing model.
Liquid staking vs traditional staking vs pool staking#
| Traditional staking | Pool staking | Liquid staking | |
|---|---|---|---|
| Minimum deposit | 32 ETH on Ethereum | Varies, often low | Usually no minimum |
| Validator operation | You run your own node | Pool operator runs it | Protocol delegates to validators |
| Liquidity | Locked until unstaked | Locked until unstaked | Liquid via LSTs |
| DeFi composability | None | None | Full (use LSTs as collateral, in LPs) |
| Rewards | Direct from network | Shared among pool | Accrued via LST value |
| Smart contract risk | Minimal | Some | Higher (additional protocol layer) |
| Fees | None | Operator takes a cut | Protocol takes a cut (typically 5-10%) |
Traditional staking gives you the highest reward per token but demands 32 ETH and technical knowledge. Pool staking lowers the entry barrier but still locks your tokens. Liquid staking sacrifices some yield to protocol fees and adds smart contract risk, but gives you something the other two do not: the ability to use your staked assets across DeFi while still earning rewards.
Benefits of liquid staking#
The core appeal is that your capital stays productive. Instead of choosing between earning staking rewards and DeFi opportunities, you can have both. Stake ETH, receive stETH, then deposit that stETH into a lending protocol to earn yield on top of your staking rewards without giving up your staked position.
Running an Ethereum validator means maintaining hardware, keeping uptime above 99%, and putting up 32 ETH. Liquid staking protocols handle all of that. Users to stake their assets only need to deposit tokens and receive LSTs — no node operation involved. And because most protocols accept any deposit amount, you do not need 32 ETH to participate in staking on Ethereum.
There is also a network-level effect. More staked crypto assets means a more secure network, and by making this staking method accessible and liquid, these protocols encourage broader participation across the DeFi ecosystem. Over 30% of all ETH is now staked, a milestone Ethereum crossed in February 2026.
Risks you should know about#
Liquid staking is not free money. The added convenience comes with added risk.
Every liquid staking protocol runs on smart contracts. If those contracts have a vulnerability, staked funds could be lost. Audits reduce this risk but do not eliminate it — even audited protocols have been exploited in DeFi.
Slashing is another concern. If the validators a protocol delegates to misbehave or go offline for too long, the network can slash their staked tokens. That penalty hits the pool and flows through to LST holders. Reputable protocols mitigate this by distributing stake across many validators and maintaining slashing insurance, but the risk never reaches zero.
LSTs are also supposed to trade close to the value of the underlying asset, but in stressed markets that peg can break. When sellers flood the market with LSTs and buyers disappear, the price drops below the fair redemption value.
Centralization is the final concern. Lido currently controls 24.2% of all staked ETH, with over 8.7 million ETH in its contracts. When a single protocol controls that large a share of a network's staked supply, it becomes a systemic risk. A major exploit or regulatory action against that protocol could destabilize the entire chain.
The stETH depeg of 2022: a real-world stress test#
The biggest test liquid staking ever faced came in May and June 2022, when the Terra/LUNA ecosystem collapsed.
After Terra's algorithmic stablecoin UST lost its peg, 616,000 wrapped stETH that had been deposited in Terra's Anchor Protocol were bridged back to Ethereum and dumped onto the market. The Curve stETH/ETH liquidity pool — the main venue for stETH trading — contracted from $4.08 billion to $1.91 billion in just three days as Celsius and Three Arrows Capital pulled their liquidity.
On June 11, 2022, stETH traded at a low of 0.93 ETH, a 7% discount to its underlying value. Leveraged positions on Aave faced liquidation, amplifying the sell-off.
But stETH was never actually worth less than the ETH backing it. The depeg was a liquidity event, not a solvency event. Every stETH remained redeemable for ETH once Ethereum's Shapella upgrade enabled withdrawals in April 2023. The peg fully recovered.
The takeaway: LSTs can trade at a discount during market stress, especially when withdrawal mechanisms are not yet live. That discount is a real cost if you need to sell during a panic, but it does not mean your underlying assets are gone.
Major liquid staking protocols#
Lido is the largest by a wide margin. It issues stETH on Ethereum and has expanded to other chains. Its TVL peaked at $41 billion in August 2025. Lido is operated by a DAO, with LDO token holders governing validator selection, fee parameters, and protocol upgrades.
Rocket Pool is the leading decentralized alternative. Unlike Lido, Rocket Pool allows anyone to run a validator node with as little as 4 ETH — reduced from 8 ETH after the Saturn One upgrade in February 2026. Its TVL sits around $1.5 billion. The trade-off is lower liquidity for rETH compared to stETH.
Jito dominates liquid staking on Solana. JitoSOL offers yields of 5.9 to 8.1% APY, higher than Ethereum staking because Solana's reward structure includes MEV redistribution. Jito holds over $2 billion in TVL. Solana liquid staking now accounts for 13.76% of all staked SOL, according to StakePoint data from March 2026.
Other notable protocols include Marinade Finance on Solana, Coinbase's cbETH, Binance's liquid staked BETH, and StakeWise, which uses a dual liquid token model separating principal from rewards.
Restaking: the next layer#
Restaking takes liquid staking one step further. Instead of just holding your LSTs or using them in DeFi, you can restake them to secure additional networks and earn extra yield.
EigenLayer introduced this concept on Ethereum. Users deposit their stETH or other LSTs into EigenLayer, which then uses that economic security to validate other protocols (called Actively Validated Services, or AVSs). Restakers earn rewards from both the base staking layer and the AVS layer.
The restaking sector grew roughly 6,000% in 2024, from $284 million to over $17 billion. EigenLayer alone holds approximately $15.3 billion in TVL and commands 93.9% of the restaking market.
Restaking adds another layer of smart contract risk and complexity. For users comfortable with that trade-off, it is currently one of the highest-yielding strategies available in DeFi.
How to choose a liquid staking protocol#
Audit history matters. Has the protocol been audited by reputable firms? Are the reports public and recent?
TVL and operating history are proxies for battle-testing. A protocol with $10 billion in TVL and three years of operation carries a different risk profile than one launched last month.
Validator diversity reduces slashing exposure. A protocol that delegates to a handful of validators concentrates risk. Look for geographic distribution and a large validator set.
Fee structure affects your net return. Most protocols take 5-10% of staking rewards — compare this across options before depositing.
LST liquidity determines how cleanly you can exit. If the LST trades thinly on exchanges and DeFi platforms, you face wider spreads and harder exits in a downturn.
Governance tells you who controls upgrades and validator selection. DAO governance is more transparent than centralized decision-making but introduces its own coordination risks.
The bottom line#
Liquid staking addressed one of the biggest friction points in proof-of-stake networks: the choice between earning yield and keeping your assets usable. By allowing users to stake their assets while maintaining full liquidity through tradeable receipt tokens, liquid staking could well be the staking feature that finally brings broader DeFi ecosystem participation to mainstream crypto holders.
The sector holds $41.8 billion in TVL, the SEC has signaled that standard liquid staking activities are not securities, and the technology survived a genuine stress test in the 2022 depeg event. At this point it is an established part of crypto infrastructure, not a speculative experiment.
That said, established does not mean risk-free. Smart contract exploits, validator slashing, depegging events, and centralization are all real concerns. Know what you are staking, which protocol you are trusting, and how much of your portfolio belongs in a system that — however well-tested — still runs on code that could fail.
Start small, stick with established protocols, and do not stake anything you might need to access on short notice.
