Restaking lets you reuse already-staked crypto to help secure additional services, earning extra rewards on the same capital. Instead of your staked ETH only protecting Ethereum, restaking points that same security toward other protocols, oracles, bridges, and new networks, that pay you for the protection. EigenLayer popularized the idea, and liquid restaking tokens made it easy to access. The catch is that stacking more jobs on the same stake also stacks the risks, including the chance of being penalized, or slashed, in more than one place. Here is how it all works.
For the bigger picture, see the Crypto Staking hub: it compares the options and points to the next guide to read.
- Restaking reuses staked assets to secure extra protocols and earn additional rewards.
- EigenLayer is the protocol that brought restaking to Ethereum at scale.
- Liquid restaking tokens (LRTs) give you a tradable receipt while your assets stay restaked.
- Rewards come from the services your stake helps secure, on top of base staking yield.
- Risks are compounded: more commitments mean more ways to be slashed or to lose value.
From staking to restaking
To understand restaking, start with ordinary staking. In a proof-of-stake network, participants lock up tokens to help validate transactions and secure the chain, earning rewards in return. If you need a refresher, our explainer on what proof of stake is covers the basics. The key idea is that your stake acts as collateral: behave honestly and you earn; misbehave and you can lose part of it.
Restaking asks a clever question: if that staked capital is already sitting there as security, why can’t it secure more than one thing? Many new protocols, oracles that feed price data, bridges that move assets between chains, data-availability layers, need their own economic security but struggle to bootstrap it from scratch. Restaking lets them borrow security from an existing pool of stakers instead of building it alone.
What is EigenLayer?
EigenLayer is the protocol that turned restaking into a usable system on Ethereum. It introduced a marketplace where stakers can opt in to secure additional services, and where those services, called Actively Validated Services (AVSs), can rent that security.
Here is the flow. A staker restakes their ETH or a liquid staking token through EigenLayer and chooses which AVSs to back. Those AVSs, things like oracle networks, bridges, or new rollups, pay rewards in exchange for the restaker’s commitment. In return, the staker accepts that if they (or the operator acting on their behalf) violate an AVS’s rules, their restaked funds can be slashed. EigenLayer effectively acts as the coordination and trust layer between stakers who have idle security to lend and protocols that need it.
Why protocols want restaked security
Launching a new network with its own token-based security is hard and expensive; an underfunded security budget invites attacks. By tapping a large, existing base of restaked assets, a young protocol can inherit meaningful security on day one. This is the core value proposition that made restaking one of the most talked-about ideas in DeFi.
Liquid restaking tokens (LRTs)
Plain restaking has a drawback: your capital is locked up doing its job, so you cannot use it elsewhere. Liquid restaking tokens solve this the same way liquid staking did for ordinary staking.
For a closer look at one major LRT issuer, read our explainer on what Ether.fi (ETHFI) is and how eETH and weETH work.
When you deposit assets into a liquid restaking protocol, you receive an LRT, a tradable token representing your restaked position and its accruing rewards. You can hold the LRT, sell it, or use it as collateral in other DeFi applications while your underlying assets keep working. This unlocks composability: your security-providing capital can also chase additional opportunities, a concept familiar to anyone who has explored yield farming in crypto.
The convenience is real, but so is the added complexity. An LRT’s value depends on the restaking protocol behaving correctly, the AVSs it backs staying solvent and honest, and the market remaining liquid enough to redeem at fair value. Each layer adds another assumption that has to hold.
How restaking rewards work
Restaking rewards stack on top of your base staking yield. The breakdown typically looks like this:
- Base staking rewards from securing the underlying chain (for example, Ethereum).
- AVS rewards paid by each additional service your stake secures.
- Protocol incentives, such as points or tokens, that restaking platforms sometimes use to attract early users.
Because rewards come from multiple sources, the headline yield can look attractive. But none of it is guaranteed. AVS payments vary, incentive programs end, and the value of any reward token can fall. Treat advertised returns as variable estimates, not promises, and learn how to actually participate with our guide on how to stake crypto before layering restaking on top.
Native restaking vs liquid restaking
It helps to separate two ways people restake. Understanding the difference clarifies both the rewards and the risks.
If you want to try either approach yourself, our guide on how to restake on EigenLayer walks through the process from deposit to delegation.
Native restaking means committing your staked assets directly through the restaking protocol and accepting the lock-up that comes with it. Your capital is fully dedicated to securing the chain and the additional services you select. This keeps things relatively simple, fewer moving parts and fewer extra contracts, but it ties up your funds, so you cannot easily use that value elsewhere while it is restaked.
Liquid restaking wraps your position in a tradable LRT so you retain flexibility. You can use the token across DeFi while the underlying assets keep securing services. The price is added complexity and dependency: you now rely on the LRT issuer, the smart contracts that mint and redeem the token, and a liquid market to exit. In practice, beginners are often drawn to liquid restaking for its convenience without fully appreciating that the convenience layer is itself a new risk surface.
Who restaking is and isn’t for
Restaking tends to attract two groups: experienced stakers who already understand validator operations and want to put idle security to work, and DeFi users hunting for higher yields who like the composability of LRTs. For both, the appeal is doing more with capital that is already deployed.
It is a poor fit for newcomers who have not yet run ordinary staking, who do not understand slashing, or who would be uncomfortable if a position lost a meaningful chunk of value to a bug or penalty. If you cannot clearly explain how you might lose money, you are not ready to restake. Starting with simple staking, learning how rewards and lock-ups behave, and only then layering restaking on top is the more sensible path. Crucially, none of the extra yield is guaranteed, and the highest advertised returns usually carry the highest risk.
The compounded risks of restaking
Restaking’s central trade-off is simple to state: reusing the same collateral to secure many things means a single pool of capital is now exposed to many ways of losing value. The risks compound rather than add.
Multiplied slashing risk
Slashing is the penalty for misbehavior or downtime. With ordinary staking you face one set of slashing conditions. When you restake across several AVSs, you face several sets at once. A bug, an operator error, or a misconfigured service could trigger slashing in one place, and aggressive restaking strategies expose you to more of these surfaces simultaneously.
Smart-contract and operator risk
Restaking adds extra smart-contract layers (the restaking protocol, the LRT contracts, and each AVS) on top of base staking. A vulnerability in any of them can put funds at risk. Most stakers also delegate to operators who run the actual infrastructure, so you inherit their competence and honesty too.
Systemic and liquidity risk
Because so much capital can concentrate in a few restaking protocols, a serious failure could ripple across many connected services at once, a systemic risk that did not exist before restaking. LRTs add liquidity risk: in a panic, the token might trade below the value of its underlying assets, making it hard to exit cleanly. To put restaking in the context of a broader yield landscape, compare it with the mechanics of yield farming in crypto, and browse the coin profiles for the assets involved.
FAQ
Is restaking the same as staking?
No. Staking locks tokens to secure a single network and earn rewards. Restaking takes assets that are already staked (or a liquid staking token representing them) and reuses that security to back additional protocols for extra rewards. It builds on staking but adds more commitments, more reward sources, and more risk.
What is an AVS?
AVS stands for Actively Validated Service. It is any protocol, such as an oracle network, bridge, or new rollup, that uses restaked capital for its security instead of bootstrapping its own. AVSs pay rewards to restakers in exchange for that protection, and they define the rules that, if broken, can lead to slashing.
Are liquid restaking tokens safe?
LRTs offer flexibility but are not risk-free. Their value depends on the restaking protocol, the AVSs being secured, the operators involved, and market liquidity all functioning properly. In stressed markets an LRT can trade below its underlying value. They add convenience and extra layers of risk at the same time, so understand each layer first.
Can I lose money restaking?
Yes. You can be slashed for misbehavior or downtime across multiple services, suffer losses from smart-contract bugs, or see reward tokens and LRTs fall in value. Restaking compounds the risks of ordinary staking. Rewards are never guaranteed, so size any position with the possibility of loss firmly in mind.
Crypto is volatile and risky; this is education, not financial advice. Do your own research.
