What Is Liquid Staking
Liquid staking issues a tradable receipt token for staked assets so capital stays usable. How LSTs accrue value, the two different exits, and why the peg is the risk that matters.
DeFi Farmer Research Desk
Aug 21, 2026 · 10 min read
In brief. Liquid staking deposits an asset with a staking protocol and returns a liquid staking token representing the claim. You keep exposure to staking rewards while the receipt stays tradable — at the cost of protocol, operator, and market-price risk the underlying asset never had.
On this page7 sections
What is liquid staking? It deposits an asset into a staking protocol and gives you a tradable token representing your staked position. You keep earning staking rewards, but the receipt token can be sold, lent, or used as collateral — so the capital is not frozen. That convenience introduces three risks native staking does not have, and one of them is priced in a market that can move against you.
How liquid staking works
- 01
You deposit
You send the native asset — commonly ETH — to a liquid staking protocol instead of running a validator yourself.
- 02
The protocol stakes it
Deposits are pooled and delegated across a set of node operators who run the actual validators and are subject to the network's penalties.
- 03
You receive an LST
A token representing your claim on the staked position plus accrued rewards. This is the part that stays liquid and tradable.
- 04
Rewards accrue
Consensus rewards flow back to the pool, minus the protocol's fee and the operators' cut, and are reflected in your LST.
The reason this exists is that native staking locks capital. Running an Ethereum validator requires 32 ETH and an exit process with a queue. Liquid staking removes the minimum, removes the operational burden, and — critically — lets the same capital keep working elsewhere while it earns.
The two LST designs
They behave differently in your wallet, in your accounting, and in DeFi integrations.
| Rebasing | Exchange-rate (value-accruing) | |
|---|---|---|
| Your balance | Grows daily | Stays constant |
| Value per token | Pegged near 1:1 with the underlying | Rises over time |
| Wallet display | Number goes up | Number stays the same, price goes up |
| DeFi compatibility | Poorer — many contracts mishandle balance changes | Better — behaves like a normal ERC-20 |
| Tax accounting | Often messier; rewards may be continuous income events | Often simpler; a single gain on disposal |
Wrapped versions exist to fix the compatibility problem
Most rebasing LSTs have a wrapped equivalent that converts them into the exchange-rate model, specifically so lending markets and AMMs can handle them.
The practical consequence: an ecosystem often has two tokens for the same position, with different prices and different liquidity. Confusing them when calculating collateral value or entering a pool is a common and expensive mistake.
The two exits, and why the difference matters
This is the part that catches people, and it is worth being precise about.
Protocol redemption. You return the LST and receive the underlying at the true exchange rate. Fair value, but it takes time — on Ethereum this involves a validator exit queue whose length depends on how many other people are leaving at the same time.
Market sale. You sell the LST on a DEX or exchange for the underlying. Instant, but at whatever the market will pay — which under stress is less than redemption value.
These converge in calm conditions and diverge exactly when you need to leave. The arbitrage that normally holds an LST near its redemption value depends on arbitrageurs being willing to buy the LST and wait out the exit queue. In a crisis, when everyone wants out simultaneously and the queue lengthens, that willingness evaporates and the discount widens.
Do the discount arithmetic before you need it
If an LST yields 3.2% annually and trades at 0.97 of the underlying, selling immediately realises a 3% loss — slightly more than a full year of staking rewards.
That is the trade in one line. The yield is a small annual number; the discount is a large instantaneous one. Any strategy using an LST as collateral needs to survive the discount, not just the yield.
Liquid staking versus the alternatives
| Native staking | Liquid staking | Exchange staking | |
|---|---|---|---|
| Minimum | 32 ETH (Ethereum) | Any amount | Any amount |
| Capital usable meanwhile | No | Yes, via the LST | No |
| Who holds the keys | You | The protocol's operator set | The exchange |
| Added smart contract risk | None | Yes | None (custodial risk instead) |
| Added market price risk | None | Yes — the LST can trade at a discount | None |
| Fee | Zero, minus your own costs | Protocol fee, commonly ~10% of rewards | Exchange fee, often higher |
| Exit | Validator exit queue | Queue or instant market sale | Exchange's own terms |
Native staking has the cleanest risk profile and the worst capital efficiency. Liquid staking trades a specific set of new risks for flexibility. Exchange staking replaces protocol risk with custodial risk, and the tradeoff there is whether you would rather trust code or a company.
The risks, in order of how much they cost people
Peg / market discount
The dominant risk. The LST is a claim, and claims trade at whatever the market pays. Stress-test any position at 0.97 and 0.95 of the underlying before entering it.
Withdrawal queue length
Redemption at fair value is only useful if you can wait. Establish the current queue length and what it looked like at its worst, not just that a redemption mechanism exists.
Smart contract risk
The staking contracts, the token contract, and the withdrawal logic are all code that can fail. Audits reduce this; they do not remove it.
Operator concentration and slashing
Rewards come from validators that can be penalised for downtime or misbehaviour. A protocol with heavy concentration in a few operators, or one client implementation, carries correlated risk that a diverse validator count can hide.
Governance and admin keys
Who can change the fee, the operator set, or the withdrawal logic — and how fast? A large token holder count does not offset one upgrade key.
Regulatory treatment
An open question rather than a resolved risk. SEC Commissioner Hester Peirce said in July 2026 that onchain vaults and lending can trigger securities laws, and staking-as-a-service arrangements have long sat near that line.
The APY is quoted before the discount. Every LST interface shows the staking yield. None of them show the current market price of the LST against its redemption value on the same screen. Those two numbers belong together, because one is annual and the other is immediate — and the immediate one is usually larger.
"Decentralised" often means many operators, not many decision-makers. A protocol can report an impressive validator count while the selection of those operators, the fee, and the withdrawal logic sit behind a single governance process that a small number of addresses effectively control. Operator count is a resilience metric, not a governance metric, and they get presented interchangeably.
Worth noting the direction of travel: liquid staking is no longer an Ethereum-only story. The Stacks Bitcoin staking upgrade passed with 99% support this month, and liquid staking designs are appearing across assets that previously had no equivalent. Newer implementations have shorter track records and thinner secondary markets — which means the discount risk above is larger, not smaller, precisely where the yields look most attractive.
Liquid staking versus liquid restaking
They are frequently used interchangeably and they are not the same thing.
Liquid staking secures one network and issues one receipt. The rewards come from that network's consensus.
Liquid restaking takes a staked asset or LST and delegates it to secure additional services, issuing a second receipt (an LRT). It stacks another layer of slashing conditions, another protocol, and another market-priced token on top of everything above.
The extra yield is real; so is the extra risk, and it compounds rather than adds. We cover the full stack in what is liquid restaking.
The exit is the part of staking people research last and need most. Our guide covers queues, lockups, and what happens when everyone leaves at once.
FAQ
›What is liquid staking?
Depositing an asset with a staking protocol and receiving a tradable liquid staking token that represents your claim on the staked position plus accrued rewards. You keep earning staking rewards while the receipt token remains usable as collateral or sellable.
›How does a liquid staking token accrue value?
Either by rebasing, where your token balance increases daily while the price stays near 1:1 with the underlying, or by exchange rate, where the balance stays fixed and each token becomes redeemable for more of the underlying over time. Exchange-rate tokens integrate better with DeFi.
›What is the main risk of liquid staking?
The market price of the LST. It is a claim on the underlying, not the underlying itself, and can trade at a discount — particularly when many holders want to exit and the redemption queue lengthens. A 3% discount can exceed a full year of staking rewards.
›Can I always redeem a liquid staking token for the underlying?
Usually yes, but not instantly. Protocol redemption returns fair value through a validator exit queue whose length depends on how many others are leaving. Selling on a DEX is immediate but at market price, which under stress is below redemption value.
›Is liquid staking the same as restaking?
No. Liquid staking secures one network and issues one receipt token. Restaking delegates staked assets to secure additional services, adding new slashing conditions, another protocol layer, and in the liquid case a second receipt token whose risks compound with the first.
›How much does liquid staking cost?
Protocols typically take a percentage of staking rewards, commonly around 10%, split between the protocol treasury and node operators. That fee is deducted before the yield you see, so the quoted APY is generally already net of it — but confirm rather than assume.
Sources
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