Restaking in Crypto Explained (2026): How It Works, Risks
What restaking is, how native, LST and liquid restaking work, where the yield comes from, 2026 TVL after slashing went live, the risks, and restaking vs liquid staking.
Last updated: 4 October 2026
Restaking, in one sentence: restaking lets crypto that is already staked to secure a blockchain (usually ETH) also be pledged as collateral for other services, such as data availability layers, oracles or bridges, earning extra rewards in exchange for extra ways to be slashed.
Restaking is the most interesting and most misunderstood idea in staking since liquid staking itself. The pitch is seductive: take capital you have already staked and use it a second time, earning additional yield without additional deposits. Something for nothing, apparently.
It is not something for nothing. Restaking is a real innovation with a real economic rationale, and the extra yield is compensation for a specific extra risk that most explanations skip past. This guide covers what restaking actually is, how you restake, where the yield comes from, what the market looks like in 2026 now that slashing is live and much of the capital has left, what can go wrong, and how it differs from the liquid staking many people confuse it with.
Educational only, not financial advice.
A quick recap: what staking does
On a proof-of-stake blockchain, validators lock up capital as a bond and are paid to produce and validate blocks honestly. If they misbehave, part of that bond can be destroyed. This penalty is called slashing, and it is what makes the security economic rather than merely aspirational: attacking the chain has to cost more than it could earn.
The staked capital is therefore doing one job: securing one network. If you are new to this, start with what crypto staking is.
What is restaking?
Restaking lets already-staked capital be committed as security for additional services beyond the base chain. The same stake continues securing the underlying network while also backing other systems that need economic guarantees, and it earns fees from those systems on top of base staking rewards.
The problem it solves is genuine. Any new service needing its own economic security, an oracle network, a data availability layer, a bridge, a sequencer, faces a bootstrapping problem: it must attract billions in capital before anyone can trust it. Restaking lets these services rent security from an existing pool instead of building one from scratch.
That is the core insight. Restaking is a marketplace for economic security, with staked capital as the supply side and new protocols as the demand side.
What restaked capital actually secures
The services buying this security are usually called actively validated services (AVSs). Typical examples include oracle networks needing honest price reporting, data availability layers, cross-chain bridges, rollup sequencers, and specialised co-processors. Each defines its own conditions for correct behaviour, and its own penalties for violating them.
How restaking works: three ways to restake
There are three common routes, and they differ mostly in how many contracts sit between you and your ETH.
1. Native restaking
A solo validator points its withdrawal credentials at a restaking contract (on EigenLayer, an "EigenPod") and then delegates that stake to an operator who runs services. You keep running your validator; the restaking protocol gains the right to slash it. This is the most direct route and requires running your own validator.
2. Restaking a liquid staking token
Instead of a validator, you deposit a liquid staking token (LST) such as stETH into the restaking protocol and delegate it to an operator. You earn the LST's staking yield plus whatever the services pay, but you now carry the LST's own contract and depeg risk as well.
3. Liquid restaking tokens (LRTs)
A liquid restaking protocol does all of the above for you and hands back a single token, such as Kelp's rsETH or Renzo's ezETH. It chooses the operators and services, and the token can be traded or used as DeFi collateral. This is the most convenient route and the furthest from the underlying stake: you hold staking risk, LST risk, restaking slashing risk, the LRT's contract risk and its market price, all in one instrument.
Where the extra yield comes from
This is the question that matters, and the answer is unromantic: you are being paid to accept additional slashing conditions.
When you restake, you agree that your capital can be penalised not only for misbehaviour on the base chain but also for failures in each service you back. The additional yield is a risk premium for accepting those additional ways to lose money.
This reframes the proposition entirely. Restaking is not free extra return on idle capital. It is selling insurance: you collect a premium, and you pay out if the insured event occurs. Whether the premium is adequate depends on how well you understand the events you have underwritten, which is exactly what the marketing tends not to dwell on.
In 2026 that premium has turned out to be small. Blockhead, citing on-chain fee data, reported that about $10.02B of restaked capital generated only around $99,977 in fees in a week in early September 2026, while about $51.87B in liquid staking generated around $27.35M in the same week (Blockhead, 29 September 2026). Per dollar, ordinary staking was earning dozens of times more than the restaking layer on top of it. Much of the headline "restaking yield" of 2024 was points and airdrop expectations, not service fees.
Restaking in 2026: slashing is live, the capital has thinned
Three things changed the picture since the 2024 boom.
Slashing went live. EigenLayer switched on slashing on Ethereum mainnet on 17 April 2025, nearly a year after launch (CoinDesk, 17 April 2025). It is opt-in: an operator, and the stakers delegated to it, only become slashable when the operator joins a slashable "operator set" created by a service (Eigen Labs, stakers' guide to slashing), and stake is attributed to specific services so that one faulty service cannot reach all of it (CoinDesk, 17 April 2025). Before this, "restaking risk" was largely theoretical; now it is enforceable.
The protocols repositioned. EigenLayer now operates under the EigenCloud brand and markets verifiable computing, with restaking as the security layer underneath. Symbiotic is now listed by DefiLlama as a "collateral markets" protocol rather than restaking. Karak, once one of the largest restaking layers, rebranded as OpenGDP and its tracked TVL fell to about $8M by mid-September 2026 from a peak above $1B in June 2024 (DefiLlama).
Capital left. In late September 2026 ether.fi, historically one of the largest restaking depositors, said it would complete its exit from EigenLayer restaking by the fourth quarter, with its CEO saying there were "no meaningful yield opportunities in restaking" (Blockhead, 29 September 2026).
Here is where the main venues stood on DefiLlama on 4 October 2026:
| Protocol | Type | TVL, 4 Oct 2026 | Peak TVL |
|---|---|---|---|
| EigenCloud (EigenLayer) | ETH restaking | ~$7.0B | ~$22.1B (Aug 2025) |
| Babylon | BTC staking / shared security | ~$3.4B | ~$7.1B (Oct 2025) |
| Kelp (rsETH) | Liquid restaking | ~$1.1B | n/a |
| Symbiotic | Collateral markets (formerly restaking) | ~$0.48B | ~$2.7B (Dec 2024) |
| Renzo (ezETH) | Liquid restaking | ~$0.13B | n/a |
Liquid restaking tokens largely deposit into EigenLayer, so these figures overlap and should not be added together. For a fuller rundown of each venue, see our best restaking platforms of 2026.
Restaking vs liquid staking
These are routinely conflated, including by people who should know better. They solve different problems.
| Liquid staking | Restaking | |
|---|---|---|
| Problem solved | Staked capital is illiquid | New services cannot bootstrap security |
| What you get | A transferable token representing your stake | Additional fees from services you secure |
| Added risk | Smart contract risk; the token can trade below the underlying | Additional slashing conditions per service |
| Extra yield source | None inherently; you can deploy the token elsewhere | Fees paid by the services being secured |
| Worst case | Token depegs or contract fails | Principal is slashed by a service you backed |
The clearest way to hold the distinction: liquid staking changes the form of your stake, restaking changes the job of your stake. Liquid staking makes a locked position tradable. Restaking puts the same capital to work securing more things, and exposes it to more ways of being penalised.
They also compose. Liquid restaking, where you restake and receive a liquid token representing that position, stacks both sets of risk in a single instrument. Convenient, and further from the underlying than most holders appreciate. If you are weighing liquid staking on its own, our guides on liquid vs native staking and whether liquid staking is safe cover that side.
The risks, stated plainly
Compounded slashing exposure
Each service you back adds conditions under which your capital can be penalised. Back five services and you hold five independent sets of rules, each written by a different team, each with its own bugs. Your downside is not diversified by taking on more, it is accumulated. EigenLayer's per-service stake attribution limits how much of a given stake each service can touch, but it does not remove the fact that every service you opt into is a new way to lose principal.
Correlated failure
The systemic concern. If a large share of a network's stake is restaked across overlapping services, a single flawed service could trigger slashing across a meaningful fraction of validators simultaneously. That is a base-layer security event caused by something built on top of it.
This is why several researchers have argued for conservative limits on how much of a chain's security should be reused. Whether the incentives in practice respect those limits is an open question.
LRT depegs and leverage loops
Liquid restaking tokens can trade well below the ETH they represent when withdrawals are slow or sentiment turns. On 24 April 2024, Renzo's ezETH fell as low as about $700 on some markets, down roughly 79% in under an hour, triggering more than $56M of liquidations for users who had looped it as collateral on lending markets (DL News, 24 April 2024). Nothing was slashed; the loss came entirely from the liquid wrapper and the leverage on top of it. Our explainer on DeFi loan liquidations covers why loops unwind so fast.
Opacity
Ask a restaker which services their capital backs, and what each can slash for. Many cannot answer, particularly when they hold a liquid restaking token that allocates on their behalf. Risk you cannot enumerate is risk you cannot price.
Contract risk on top
Restaking adds contract layers between you and your stake: the restaking protocol, each service's logic, and any liquid wrapper. Every layer is code that can fail independently of the base chain, which may be running perfectly while you lose funds anyway.
Where JewelSwap stands
To be direct: JewelSwap does liquid staking, not restaking. We are not going to blur that line to catch a trend.
Across MultiversX, Sui and Radix, JewelSwap's model is a dual-token liquid staking design. You deposit a native asset and mint a base liquid staking token, JWLSUI, JWLEGLD or JWLXRD. You mint the base token 1:1 with your deposit; per the protocol documentation, Protocol-Owned Liquidity can mint up to 0.1 extra straight into the protocol's own liquidity pool, which never reaches the user. Redeeming depends on the protocol's reserves, and the market price can trade away from 1:1 (see the JWLEGLD depeg history). Staking the base token gives you the appreciating S-variant (SJWLSUI, SJWLEGLD or SJWLXRD), whose exchange rate rises as rewards accrue. Unstaking from the S-variant back to the base token is instant and free, and redeeming to the native asset carries a 10-day unbonding period during which you hold a transferable claim NFT. The Sui version is covered in detail in JWLSUI dual-token liquid staking.
The distinction matters for your risk. Your stake secures its own chain and nothing else. There are no additional slashing conditions from third-party services, because your capital is not underwriting any. What remains is ordinary staking risk plus smart contract risk and the market price of the token, which is a narrower and more legible set than a restaked position carries.
If you want yield beyond base staking rewards, the transparent route is to deploy your liquid staking token into yield farming, where the source of return is trading fees and incentives you can trace. JewelSwap also runs money markets, though supply and borrow on the MultiversX global pool are currently paused. Our liquid staking guide covers the full model.
Should you restake?
A reasonable framework:
- Can you name every service your capital secures? If not, you cannot assess the risk you hold.
- Do you know the slashing conditions for each? Vague reassurance that slashing is "rare" is not a risk assessment, and since April 2025 it is no longer hypothetical.
- Is the premium worth it? Compare the service fees actually being paid, not points or airdrop hopes, against a tail risk of losing principal.
- How many layers deep are you? Liquid restaking tokens sit several contracts away from the underlying stake.
- Can you exit at par? Check the withdrawal queue and the token's market depth before you use an LRT as collateral.
- Would a failure be survivable? Slashing hits principal, not just yield.
Restaking is a legitimate mechanism doing real work in the security market. It is also frequently sold as extra yield with the risk transfer left unmentioned, and in 2026 the extra yield itself has largely evaporated. Both things are true.
Frequently asked questions
What is restaking in crypto?
Restaking lets capital already staked on a proof-of-stake network be committed as security for additional services, such as oracle networks, bridges or data availability layers. The stake keeps securing the base chain while also backing those services, earning their fees on top of base staking rewards.
How is restaking different from liquid staking?
Liquid staking gives you a transferable token representing a staked position, solving illiquidity. Restaking commits the same capital to secure additional services, solving bootstrapping for new protocols. Liquid staking changes the form of your stake; restaking changes its job and adds slashing conditions.
Where does restaking yield come from?
From fees paid by the services your capital secures. It is a risk premium for accepting additional slashing conditions, not free return on idle capital. Economically it resembles selling insurance: you collect a premium and pay out if the insured event occurs. In 2026 those fees have been small relative to the capital restaked.
What is a liquid restaking token (LRT)?
An LRT, such as Kelp's rsETH or Renzo's ezETH, is a token you receive for depositing ETH or an LST into a liquid restaking protocol, which restakes it on your behalf. It is convenient and usable in DeFi, but it stacks staking, restaking, contract and depeg risk into one token.
What are the main restaking platforms in 2026?
On DefiLlama in early October 2026, EigenLayer (now EigenCloud) was the largest at about $7B, followed by Babylon for bitcoin at about $3.4B. Kelp and Renzo are the main liquid restaking tokens, Symbiotic has repositioned as a collateral market, and Karak has rebranded as OpenGDP.
Is restaking safe?
It carries meaningfully more risk than plain staking. Each service adds independent slashing conditions, correlated failures could affect many validators at once, and liquid restaking tokens add further contract layers and depeg risk. The relevant question is whether the extra yield compensates for risks you can actually enumerate.
What is slashing?
The destruction of part of a validator's staked capital as a penalty for misbehaviour, such as going offline or signing conflicting blocks. It makes proof-of-stake security economic: attacking the network must cost more than it earns. Restaking extends slashing exposure to additional services.
Does JewelSwap support restaking?
No. JewelSwap offers dual-token liquid staking on MultiversX, Sui and Radix, not restaking. Your stake secures its own chain and takes on no third-party slashing conditions. Additional yield comes from deploying your liquid staking token into yield farming, where the return source is transparent.
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