Is holding a liquid Staking Token like stETH really the same risk as just holding ETH directly?
No, and the gap is bigger than most people assume. Holding ETH spot directly, you are essentially only carrying price volatility risk. Holding stETH or a similar liquid staking token stacks at least three additional layers on top of that: first, the underlying staking protocol own risk, such as a validator getting slashed for a technical fault or a violation, low probability but real; second, Smart Contract Risk, if a protocol like Lido contract has a vulnerability, it could affect all deposited funds; and third, the layer most often overlooked, secondary-market Liquidity Risk, exactly what the 2022 depeg exposed, when you urgently need to convert stETH back into ETH but the market depth absorbing that isn't sufficient, what you actually realize can come in meaningfully below the on-paper 1:1 rate.
That doesn't mean holding an LST is automatically riskier than holding ETH spot, the extra staking yield itself compensates for those added risks. But treating the two as identical risk with just added interest on top is a common misconception worth correcting.
Since stETH can depeg, shouldn't stakers just skip liquid Staking entirely and go with native staking instead?
That depends on what you actually value. Native staking, running your own validator Node, or staking through an exchange without receiving a tradeable Token, genuinely does not carry the secondary-market depeg risk layer, because there is no tradeable representative token that needs to maintain a peg at all. But the tradeoff is that your assets are fully locked, with zero flexibility if you need emergency liquidity or want to redeploy that capital into other DeFi opportunities.
Liquid staking design intent was always to trade away some absolute safety in exchange for liquidity and capital efficiency, that is a genuine tradeoff, not a free upgrade. The 2022 depeg event also showed that tradeoff carries a real cost under systemic stress, it's just that the cost lands specifically on whoever urgently needs to cash out, anyone holding long enough for the underlying redemption mechanism to mature, such as stETH becoming redeemable 1:1 for ETH after Ethereum's Shanghai upgrade, never actually realized a loss. So the answer isn't which one is better in the abstract, it's how likely your own capital is to need immediate liquidity during a stress event. If the answer is almost never, the added flexibility of liquid staking is probably worth that Liquidity Risk layer; if your capital might genuinely need to move on short notice, native staking or holding spot outright is the more conservative choice.
Are liquid Staking tokens (LSTs) the same thing as the Restaking tokens that came along later?
No, they are not the same thing, but the two are directly layered on top of each other. Liquid staking solves the problem of staked assets lacking liquidity, you stake ETH with a validator and get back a tradeable Token usable across DeFi, such as stETH, in exchange. Restaking takes that a step further, it takes the LST you already hold, or the staking position itself, and deposits it again into a protocol like EigenLayer, letting that same staked capital additionally secure other applications or chains that need security, in exchange for an extra layer of yield.
In other words, restaking is a value-added layer built on top of infrastructure that liquid staking already established, without a composable, reusable token format like an LST, restaking protocols would have a much harder time operating the way they currently do. But that also means the risk stacks rather than replaces, on top of the original LST staking and Liquidity Risk, you take on an additional layer of risk from that same asset simultaneously being used to secure other systems, which is exactly why restaking is generally treated as a more advanced, higher-risk strategy than plain liquid staking on its own.
If I already hold stETH, what can I concretely do to avoid being forced to sell at a discount during a stress event similar to 2022?
The core principle is not letting the need to cash out and the market being under stress happen to you at the same time. Concretely: first, avoid using stETH in places that can trigger cascading forced liquidations, such as using it as collateral for a highly leveraged position, where a short-term discount in stETH price could trigger a forced Liquidation on paper even though the underlying Staking position is entirely fine; second, keep a portion of your assets in native ETH or stablecoins rather than converting all idle capital into an LST, so that when you genuinely need liquidity, you are not dependent on selling stETH as the only path; third, pay attention to whether the LST underlying redemption mechanism you are using has actually opened, after Ethereum's Shanghai upgrade, stETH became directly redeemable for ETH through the protocol itself, no longer fully dependent on open-market buy and sell orders, which substantially reduced the kind of structural risk seen in 2022 where selling was the only option and redemption was not. But if you are using an LST on a different chain or a different protocol, you still need to confirm first whether its redemption mechanism has actually matured.
Anyone researching Ethereum Staking runs into a practical dilemma fairly quickly: staking ETH with a validator earns a steady yield, but the cost is that the asset gets locked up, unavailable for emergencies and unable to be used for anything else in the meantime. Liquid staking exists to solve exactly that problem, after staking, the protocol issues you an equivalent Token, such as stETH from Lido, representing your claim on the underlying staked assets and their yield, and you can freely trade, lend, or deposit that token into liquidity pools across DeFi, effectively earning staking yield while keeping that capital working on-chain at the same time. That is also why liquid staking eventually became the category of protocol holding the most locked value in the Ethereum ecosystem, it satisfies two goals, staking and liquidity, that used to be mutually exclusive.
Using Lido as the example, a user deposits ETH into Lido Smart Contract, which distributes that capital across a curated set of professional validators to handle the actual staking operations, while the user immediately receives an equivalent amount of stETH. The stETH balance automatically increases every day in line with the underlying staking yield, through a Rebase Mechanism, meaning staking rewards show up directly as more tokens in your balance without needing a separate claim action. Because stETH is essentially an ERC-20 token, it can be deposited into decentralized exchanges like Uniswap or Curve to provide liquidity, supplied to lending protocols like Aave as collateral to borrow other assets, or even accepted by other protocols as collateral, this is the core difference between a liquid staking token, or LST, and traditional native staking, a natively staked asset is fully locked and non-transferable, while an LST is designed to move freely and compose across the entire DeFi ecosystem.
A liquid staking token price is, in theory, supposed to track its underlying asset closely, roughly 1 stETH equals 1 ETH plus accrued yield, but that relationship is not enforced by any contract-level lock, it is maintained naturally through market Arbitrage, which means under extreme stress it can come apart, and a textbook example of exactly that happened in 2022. In May 2022, the collapse of the Terra/Luna ecosystem triggered a confidence crisis across the entire crypto market, and cracks began appearing between stETH price and ETH, starting as a small discount. As the crisis spread, lending platform Celsius, which held roughly 409,260 stETH worth about $470 million at the time, froze withdrawals under user runs while also facing a roughly $71 million shortfall from a staking arrangement with Stakehound, and was forced to sell its stETH holdings on the open market to raise liquidity to meet customer withdrawal demands. Hedge fund Three Arrows Capital was forced around the same time, amid rumors about its own financial troubles, to pull and sell hundreds of thousands of stETH from Curve and Aave. The combined selling from these two large players rapidly drained liquidity in the stETH/ETH pool on Curve, and the stETH discount to ETH widened to around 8% at its peak.
The underlying staking mechanism behind stETH itself never broke down during any of this, every stETH still fully corresponded to its underlying Ethereum staking position and yield the entire time, the problem sat in the liquidity layer, when multiple large holders simultaneously needed to convert stETH into ETH for reasons entirely outside the protocol, such as a bank run, rumors, or forced deleveraging, and the pool absorbing that selling pressure was not deep enough to handle it, price diverged from fundamentals. That reveals a risk layer that is easy to overlook, holding an LST means carrying not just the underlying staking protocol own risk, such as a validator getting slashed, but an additional layer of LST secondary-market Liquidity Risk on top of it, one that is almost invisible during calm markets but can leave you realizing meaningfully less than the on-paper 1:1 exchange rate precisely when a systemic stress event hits and you happen to need to cash out immediately. That is also why experienced holders often remind newcomers that an LST liquidity depth, not just its protocol audit reports, is a piece of due diligence that should not get skipped when evaluating this category of asset.