How to Restake Stablecoins and LSTs

If you want to learn how to restake LSTs without pretending stablecoins are restakeable collateral, start with the important distinction: Renzo Staking is built for restaking ETH and supported liquid staking tokens, not for "stablecoin restaking" in the EigenLayer sense. Stablecoins can be useful elsewhere in DeFi, but the restaking path this guide covers is ETH -> LST -> LRT, with Renzo issuing ezETH for eligible deposits.

The short answer: you can restake LSTs by holding a supported liquid staking token such as stETH, depositing it into a liquid restaking protocol like Renzo, and receiving a liquid restaking token such as ezETH. That ezETH represents exposure to a restaked ETH position while remaining transferable and usable across compatible DeFi venues. The rewards are variable and layered: base ETH staking rewards, potential restaking or AVS rewards, and any protocol points or incentives that exist at the time.

Stablecoins are different. USDC, USDT, DAI, and similar assets are not staked ETH and do not represent ETH validators. They can earn yield through lending, liquidity provision, structured vaults, or market-making strategies, but that is not EigenLayer restaking. If a product uses the phrase "stablecoin restaking," read the details closely. It may mean stablecoin yield, points farming, or collateral routing around restaking assets, not stablecoins directly securing Actively Validated Services.

How to restake LSTs, in one pass

Restaking is the act of reusing staked ETH, or tokenized claims on staked ETH, to secure additional services beyond Ethereum itself. Ethereum.org explains restaking as using already-staked ETH to secure decentralized services called AVSs, with the tradeoff that additional rewards come with additional risk through Ethereum.org's restaking overview.

For an LST holder, the normal path looks like this:

1. You stake ETH through a liquid staking provider and receive an LST.

2. That LST represents a claim on staked ETH plus its staking reward mechanics.

3. You deposit the supported LST into a restaking system.

4. The protocol allocates the underlying restaked position through operators and AVSs.

5. You receive an LRT, such as ezETH, that represents the liquid restaking position.

That last step is the key difference between "liquid staking" and "liquid restaking." An LST keeps a staked ETH position liquid. An LRT keeps a restaked ETH position liquid.

What is actually restakeable?

Use this table before connecting a wallet. It prevents most of the confusion around stablecoins, ETH, LSTs, LRTs, and BTC.

Binance Academy's guide to liquid staking describes LSTs as representative tokens received when assets are staked, and its liquid restaking section frames LRTs as the next layer: a token received after depositing an LST or native stake into a restaking protocol through Binance Academy on liquid staking. That is the mental model to keep: LST first, LRT after restaking.

Restake your LSTs on Renzo ->

How Renzo fits the flow

Renzo is a liquid restaking protocol. Instead of asking every user to choose operators, track AVSs, and manage restaking strategy by hand, Renzo packages the restaking workflow into ezETH.

According to the Renzo docs for ezETH, ezETH represents a user's EigenLayer restaked position at Renzo, and users can deposit native ETH or supported LSTs to receive it. The docs also describe ezETH as reward-bearing, with staking and restaking rewards auto-compounded into the token's value relative to the underlying assets.

In plain English: if you deposit an eligible LST, you are not receiving "more stETH" back. You receive ezETH, which is the liquid restaking token for that Renzo position. Your wallet can hold ezETH, and where supported, you may be able to use it in DeFi while the underlying restaking position continues to accrue variable rewards.

The reward stack can include:

• Base ETH staking rewards from the underlying staked ETH exposure.

• Restaking or AVS rewards, when available and distributed through the relevant restaking infrastructure.

• Protocol points or campaign incentives, if active, with no guaranteed value unless the protocol explicitly defines one.

Do not treat any displayed APY as fixed income. Restaking yields move with validator performance, AVS demand, protocol incentives, fees, liquidity, and market conditions. For current protocol data, use live dashboards such as DeFiLlama's Renzo page alongside Renzo's own interface and EigenLayer data.

Step-by-step: restake an LST through Renzo

1. Confirm your asset is an LST, not a stablecoin.

If you hold stETH or another supported LST, you may be on the right track. If you hold USDC, USDT, or DAI, you are holding a stablecoin, not a restakeable ETH staking receipt. You would first need exposure to ETH or an eligible LST before using an ETH restaking route.

2. Check the supported assets and chain.

Do this in the live Renzo interface and docs, not from an old article or screenshot. Supported assets and networks can change. The important point is not "any LST works"; it is "supported LSTs work."

3. Compare the LST's market price to its expected ETH value.

LSTs and LRTs can trade above or below the value of the underlying ETH position, especially when liquidity is thin or markets are stressed. Before depositing, check the swap route, liquidity depth, and any visible discount or premium. This is depeg risk, and it matters before and after restaking.

4. Connect your wallet and select the asset.

Use the official Renzo app route, connect your wallet, choose the network, and select the supported ETH or LST deposit asset. Review token approvals carefully. A token approval is a permission; do not sign it casually.

5. Enter the amount and review the output.

The interface should show the estimated ezETH you will receive. Review the exchange rate, any fees, the network gas cost, and whether you are depositing into the exact asset you intended.

6. Approve and confirm.

For an ERC-20 LST, you may need one transaction to approve token spending and another to deposit. Wait for confirmation. When the deposit settles, ezETH should arrive in your wallet.

7. Decide what to do with ezETH.

Holding ezETH is the simplest option. Using it elsewhere in DeFi can add utility, but it also adds new layers of smart-contract, liquidation, liquidity, and market risk. Restaking already increases complexity; stacking extra protocols on top should be a deliberate choice.

Native restaking vs LST restaking

Native restaking and LST restaking both reuse ETH security, but they are not the same user experience.

Native restaking is for users or institutions running Ethereum validators. It can involve validator withdrawal credentials and deeper operational responsibility. LST restaking is simpler for most holders: you already have a liquid staking token, then deposit that supported token into a restaking protocol.

EigenLayer's educational material for stakers describes core user actions as depositing, withdrawing, delegating, and undelegating, and distinguishes restakers with native ETH or LSTs through EigenLayer's AVS Book for stakers. Renzo abstracts much of that into ezETH, but the underlying ideas still matter because your rewards and risks depend on the restaking system underneath.

What can go wrong?

Restaking is useful because one base asset can support more than one security market. That same feature creates the risk.

Slashing risk means some portion of the underlying stake can be penalized if operators or validators violate rules. Smart-contract risk means a bug or exploit in one of the contracts involved could harm funds. Depeg risk means the LST or LRT you hold may not trade exactly at its expected underlying value when you want to enter or exit. Liquidity risk means selling immediately may be worse than waiting for protocol withdrawal paths.

This is not a reason to ignore restaking. It is a reason to size positions intelligently, check live data, and avoid building a chain of assumptions on top of a variable reward estimate.

Where stablecoins belong in the conversation

Stablecoins can be part of a portfolio around restaking, but not the ETH restaking collateral itself.

For example, a user might keep stablecoins for gas planning, risk management, or separate DeFi yield strategies. A protocol might offer stablecoin vaults, lending markets, or liquidity pools near its restaking products. None of that changes the core definition: EigenLayer-style restaking is about staked ETH, native ETH validator positions, and LSTs that represent staked ETH.

If you are comparing opportunities, separate the buckets:

• Restaking yield: ETH/LST collateral securing AVSs.

• Staking yield: ETH securing Ethereum.

• Stablecoin yield: lending, liquidity, basis trades, or vault strategies.

• Points: protocol incentives that may or may not convert into future value.

Mixing those buckets is how people misunderstand both returns and risk.

A quick pre-restaking checklist

Before you restake an LST, answer these:

• Is this asset actually a supported LST, or am I holding a stablecoin?

• Am I using the official Renzo interface and current docs?

• Do I understand that ezETH is an LRT, not a stablecoin?

• Have I checked live yield, TVL, liquidity, and withdrawal conditions?

• Am I comfortable with variable rewards instead of fixed APY?

• Can I tolerate slashing, smart-contract, liquidity, and depeg risk?

• If I plan to use ezETH in DeFi, do I understand the second protocol's risks too?

The best users of restaking are not necessarily the most aggressive ones. They are the ones who know exactly which asset they are depositing, what token they receive back, what rewards are variable, and what exit path they would use if market conditions changed.

Restake your LSTs on Renzo ->

What about Bitcoin restaking?

Bitcoin restaking is a separate category and should not be blended with EigenLayer ETH restaking. EigenLayer is centered on Ethereum staking collateral and LSTs. Babylon-style Bitcoin staking is designed around BTC, finality providers, Bitcoin scripts, and a different security model.

The Babylon documentation explains that BTC staking can involve delegating to finality providers, and its FAQ notes that Bitcoin holders are not bridging or pegging BTC to another chain in its native BTC staking model through the Babylon BTC staking FAQ. That is a different track from depositing stETH into Renzo for ezETH.

So if your asset is BTC, research Babylon and Bitcoin staking routes. If your asset is an ETH LST, research EigenLayer-style liquid restaking and Renzo's ezETH route. If your asset is a stablecoin, you are looking at DeFi yield, not restaking in the strict EigenLayer sense.

FAQ

Can I restake stablecoins?

Not in the EigenLayer ETH-restaking sense. Stablecoins are not staked ETH and do not represent Ethereum validator collateral. They may earn yield in DeFi, but that is a different mechanism.

What LSTs can I restake?

Only supported LSTs. Common examples in the market include tokens such as stETH, rETH, cbETH, and wBETH, but support depends on the protocol, chain, and current configuration. Always check the live Renzo interface before depositing.

What do I receive when I restake through Renzo?

For the EigenLayer-based route, Renzo issues ezETH. ezETH is a liquid restaking token that represents a restaked ETH position through Renzo.

Is ezETH the same as stETH?

No. stETH is a liquid staking token. ezETH is a liquid restaking token. The first represents staked ETH exposure; the second represents restaked ETH exposure through Renzo.

Are restaking rewards guaranteed?

No. Rewards are variable. They can include ETH staking rewards, AVS or restaking rewards, and points or incentives, but none should be treated as guaranteed APY.

What is the cleanest way to think about the whole flow?

ETH becomes an LST when it is liquid staked. A supported LST becomes ezETH when it is deposited into Renzo's liquid restaking flow. Stablecoins do not sit in that chain.