EigenLayer vs Ether.fi vs Kelp

Introduction

When you explore the restaking ecosystem in 2026, you will find three distinct paths to earning yield on restaked ETH: direct restaking on EigenLayer, liquid restaking through Ether.fi (eETH/weETH), and multi-LST restaking through Kelp DAO (rsETH). Each approach makes fundamentally different trade-offs between control, liquidity, risk, and yield — and choosing the right one depends on your specific priorities, capital size, and DeFi experience level.

You should understand that the differences between these protocols go deeper than surface-level feature comparisons. EigenLayer gives you direct control over operator selection and AVS opt-in decisions, but locks your capital behind withdrawal queues and offers you no DeFi composability. Ether.fi abstracts away the complexity of operator management and gives you a liquid token (weETH) that works across dozens of DeFi protocols, but you trust the protocol team to make sound operator and AVS allocation decisions on your behalf. Kelp DAO takes a different approach entirely, accepting multiple LST types as input and issuing rsETH, which provides you with diversified restaking exposure but adds another smart contract layer to your risk stack. Each model serves a different user profile, and your optimal choice depends on whether you prioritise control, liquidity, simplicity, or diversification.

This comparison analyses all three protocols across the dimensions that matter most to you: TVL and market position, yield components and sustainability, risk profiles, DeFi integration depth, and fee structures. We provide you with concrete data and practical recommendations rather than generic overviews, helping you make an informed decision about where to allocate your restaking capital. The analysis reflects market conditions and protocol features as of early 2026, though the restaking landscape evolves rapidly and you should verify current figures before making your allocation decisions. For the foundational context on how restaking works, see our restaking explained guide.

You should recognise that understanding the differences between these three approaches is particularly important because your restaking decision is not easily reversible. Direct EigenLayer restaking involves a 7-day unbonding period for you, and switching between LRT protocols requires you to sell one token and purchase another, potentially incurring slippage costs and tax events. Making an informed initial choice saves you both time and transaction costs compared to switching protocols after the fact.

Quick Comparison Table

Protocol Overviews

EigenLayer: The Restaking Infrastructure

EigenLayer is the base infrastructure layer that makes restaking possible. You should understand that it is not a liquid staking protocol — it is the smart contract system that allows staked ETH to secure additional services (AVS) beyond Ethereum consensus. Both Ether.fi and Kelp DAO are built on top of EigenLayer, depositing their users' ETH into EigenLayer's contracts for restaking. If you restake directly on EigenLayer, you get full control over operator selection and AVS exposure but you receive no liquidity — your restaked ETH is locked behind a 7-day unbonding period.

EigenLayer supports two restaking paths for you: native restaking (requiring 32 ETH and a full validator with withdrawal credentials pointed to an EigenPod) and LST restaking (depositing liquid staking tokens like stETH or rETH into Strategy Manager contracts). If you choose native restaking, you get the purest form of restaking with no intermediary protocol fees, whilst LST restaking offers you flexibility with no minimum deposit. In both cases, you delegate to an operator who validates AVS on your behalf, and your ETH is subject to slashing conditions defined by each validated AVS. You can choose from hundreds of operators on EigenLayer's marketplace with varying commission rates, AVS portfolios, and track records, giving you granular control over your risk-reward profile.

Ether.fi: Liquid Restaking with Non-Custodial Keys

Ether.fi is the largest liquid restaking protocol, issuing eETH/weETH tokens that represent ETH staked and restaked through EigenLayer. You should note that its key differentiator is non-custodial key management through distributed key generation (DKG), which provides you with stronger withdrawal guarantees than custodial alternatives. Ether.fi handles all restaking complexity for you — validator setup, EigenLayer delegation, operator selection — behind a simple deposit interface, making restaking accessible even if you lack technical expertise.

You receive two token variants from the protocol: eETH (a rebasing token whose balance increases as your rewards accrue) and weETH (a wrapped, non-rebasing version whose price appreciates relative to ETH). You should use weETH for most DeFi integrations because non-rebasing tokens are simpler to integrate into lending protocols, automated market makers, and yield tokenisation platforms. You can take confidence from the fact that Ether.fi has undergone multiple security audits from Omniscia, Certora, and Zellic, and maintains a bug bounty programme through Immunefi. You should be aware that the protocol's governance is transitioning towards decentralisation through the ETHFI token, though the core team still controls operator selection and protocol parameter decisions in early 2026.

Kelp DAO: Multi-LST Restaking

Kelp DAO takes a fundamentally different approach by accepting multiple liquid staking tokens (stETH, ETHx, sfrxETH) rather than staking ETH directly. When you deposit stETH into Kelp, it is restaked on EigenLayer and you receive rsETH in return. This multi-LST model provides you with built-in diversification across underlying staking protocols — your rsETH is backed by a basket of LSTs rather than a single protocol's validators. You should weigh the trade-off of less control over the underlying LST composition and lower TVL and liquidity compared to what Ether.fi offers you.

You benefit from the multi-LST architecture because your rsETH holdings are diversified across Lido (stETH), Stader (ETHx), and Frax (sfrxETH) validator sets. If one underlying protocol experiences a slashing event or smart contract issue, only the affected portion of your rsETH backing is impacted. However, you must also recognise that this architecture introduces additional smart contract dependencies — as an rsETH holder, you are exposed to vulnerabilities in Kelp's contracts, EigenLayer's contracts, and each underlying LST protocol's contracts simultaneously. You should note that Kelp uses custodial key management for its validators, which is simpler to implement but provides you with weaker withdrawal guarantees compared to Ether.fi's distributed key generation approach.

TVL and Market Position

When you evaluate TVL across restaking protocols, you should understand that EigenLayer's $15 billion figure represents the aggregate of all restaked ETH — including deposits routed through Ether.fi, Kelp, Puffer, and other LRT protocols. You can use this total as your broadest measure of restaking adoption and the economic security available to AVS networks that you might validate against.

If you compare LRT protocols directly, you will find that Ether.fi dominates with over $5 billion in TVL — roughly 3-4x larger than its nearest competitor. This TVL advantage should matter to you because it translates into deeper DEX liquidity for weETH, more DeFi integration venues, and greater protocol stability for your positions. Kelp DAO holds approximately $1.5 billion, making it your second or third largest LRT option depending on the measurement period you reference.

You should recognise that the TVL concentration in Ether.fi mirrors the broader pattern you see in liquid staking, where Lido dominates. This concentration creates a self-reinforcing advantage that benefits you as a depositor: more TVL means deeper liquidity, which attracts more DeFi integrations, which attracts more deposits. The practical implication for your portfolio is that weETH offers you significantly better liquidity and DeFi utility than rsETH or other competing LRTs. However, you must also consider that concentration means an Ether.fi-specific issue would affect a disproportionate share of your restaking exposure.

Market Concentration and Competitive Moats

When you assess market position stability, you should note that EigenLayer's role as the infrastructure layer is effectively unchallenged — all major LRT protocols build on it, and competing restaking layers like Symbiotic and Karak have significantly smaller TVL. If you choose Ether.fi, you benefit from strong dominance amongst LRT protocols, though it faces ongoing competition from Kelp, Puffer, and Renzo. If you choose Kelp, you should understand that its position is more vulnerable to competitive pressure, as its multi-LST model can be replicated and its TVL advantage over smaller competitors is narrower. You must consider protocol stability and competitive moat when making your long-term allocation decisions, as TVL shifts can directly affect the liquidity depth and DeFi integration availability you rely on.

Yield Comparison

Regardless of which protocol you choose, you earn the same base Ethereum staking yield (3.2-3.6% APR) and the same EigenLayer restaking rewards (1.0-3.0% APR from AVS). The differences in your total yield come from protocol fees, token incentives, and the specific operators and AVS that each protocol selects on your behalf or that you select directly.

EigenLayer direct: You can expect a total yield of approximately 4.2-6.6% APR. You pay no protocol fee on staking rewards — only your chosen operator's commission, typically 5-15%. You receive the full staking yield minus that commission, plus AVS rewards distributed periodically. Your yield range is wide because it depends entirely on your operator's AVS portfolio and performance. If you select operators skilfully, you can maximise your yield; poor selection can result in lower returns or slashing losses for your position.

Ether.fi: You can expect a total yield of approximately 4.5-7.2% APR. You should note that Ether.fi charges a 10% fee on your staking rewards, reducing your net base yield. However, ETHFI token incentives add a variable yield component that can offset your fee burden and provide a net premium over direct restaking. You should understand that the higher end of this yield range reflects periods of strong ETHFI incentives; your sustainable long-term yield excluding incentives is estimated at 4.0-6.0% APR.

Kelp DAO: You can expect a total yield of approximately 4.0-6.5% APR. You pay a 10% fee on staking rewards, similar to Ether.fi. KEP token incentives provide you with additional yield, though at lower levels than ETHFI due to Kelp's smaller market capitalisation. You should be aware that the multi-LST model means your base staking yield is a weighted average of the underlying LST yields, which may be slightly lower than Ether.fi's direct staking yield because the additional LST protocol fees (such as Lido's 10% fee on stETH) are already deducted before Kelp receives your rewards.

In practice, you will find that the yield differences between protocols are modest (0.5-1.5% APR) and fluctuate based on token incentive levels and market conditions. You should focus more on liquidity, DeFi composability, and risk profile rather than raw yield when making your protocol selection.

Yield Sustainability and Token Incentive Analysis

You must understand the critical distinction between organic yield (from base staking and AVS rewards) and token incentive yield (from ETHFI, KEP, or other governance token distributions). Your organic yield is sustainable because it derives from protocol revenue — Ethereum consensus rewards and AVS service fees. Your token incentive yield is inherently temporary, funded by token inflation that dilutes existing holders and typically declines as protocols mature and reduce emission schedules.

If you hold weETH, you should know that Ether.fi's ETHFI incentive programme has been the most generous amongst LRT protocols, contributing an estimated 1.0-2.0% additional APR during peak distribution periods. However, you should plan for ETHFI emissions to decrease over time as the protocol transitions towards sustainability. If you entered Ether.fi primarily for token incentives, you must prepare for yield compression as incentives taper. Your sustainable long-term yield as a weETH holder (excluding incentives) is estimated at 4.0-5.5% APR, which remains attractive relative to simple staking but is lower than the headline figures that include incentive distributions.

If you choose Kelp DAO, you can expect a smaller yield boost from KEP incentives (estimated 0.5-1.0% additional APR) due to the token's lower market capitalisation and trading volume. If you restake directly on EigenLayer, you receive no token incentives — your yield is purely organic, consisting of base staking rewards plus AVS rewards minus operator commission. This makes your direct restaking yield the most predictable and sustainable of the three options, though also the lowest in absolute terms during periods when LRT protocols distribute generous incentives.

If you are a yield-focused investor, you should capture LRT token incentives whilst they remain attractive but maintain realistic expectations about your long-term sustainable returns. As the restaking market matures and token incentive programmes wind down, you will see the yield differential between direct EigenLayer restaking and LRT protocols narrow, making the non-yield differentiators (liquidity, DeFi composability, risk profile) increasingly important in your protocol selection.

Risk Profiles

EigenLayer direct — lowest smart contract risk, highest operational complexity: If you restake directly, you expose yourself to EigenLayer's contracts only (plus Ethereum staking contracts), avoiding the additional smart contract layer of LRT protocols. However, you bear full responsibility for operator selection, AVS evaluation, and position management. If you choose a poor operator, your returns and slashing exposure are directly affected. You need 32 ETH and validator infrastructure for native restaking; for LST restaking, you must understand the mechanics of delegation. Your operational burden includes monitoring operator performance, tracking AVS portfolio changes, manually claiming rewards, and managing the unbonding process when you want to withdraw. If you lack the time or expertise for active position management, you may find that this operational overhead outweighs the fee savings compared to LRT protocols.

Ether.fi — moderate smart contract risk, lowest operational complexity: When you use Ether.fi, you add its smart contracts (eETH/weETH tokens, staking router, DKG system) on top of EigenLayer, increasing your total attack surface. The non-custodial DKG system provides you with stronger withdrawal guarantees than custodial alternatives but adds complexity to the protocol's codebase. You should note that operator selection is centralised — the Ether.fi team chooses operators on your behalf, which simplifies your experience but removes your individual control. Multiple audits from Omniscia, Certora, and Zellic should give you reasonable confidence in security.

You must also understand that centralised operator selection means all Ether.fi depositors share the same operator risk profile — if the team makes a poor selection decision, your weETH holdings are affected equally as those of every other depositor. This contrasts with direct EigenLayer restaking, where you can independently choose operators aligned with your personal risk tolerance and yield objectives.

Smart Contract Layer Comparison

Kelp DAO — moderate-high smart contract risk, moderate operational complexity: When you use Kelp, you add its contracts on top of EigenLayer, similar to Ether.fi. Additionally, you should understand that Kelp's multi-LST model exposes you to the smart contracts of the underlying LST protocols (Lido, Stader, Frax) in addition to Kelp and EigenLayer. This gives you the highest total smart contract layer count amongst the three options. The diversification benefit of holding multiple LSTs partially offsets your risk — if one underlying LST fails, only a portion of your rsETH backing is affected.

You should also note that Kelp uses custodial key management, which provides weaker withdrawal guarantees than Ether.fi's DKG system. The custodial model means that Kelp's operational team holds your validator keys, introducing counterparty risk that you would not face with Ether.fi's distributed key generation architecture or in direct EigenLayer native restaking, where you control your own validator keys.

For a comprehensive analysis of these risks, see our liquid staking risks analysis.

Depeg Risk Comparison

If you hold liquid restaking tokens, you should understand that they can trade below their underlying value on secondary markets during periods of market stress, creating depeg risk when you need to exit quickly. If you hold weETH, you benefit from the deepest DEX liquidity amongst LRTs, which provides you with a buffer against severe depeg events — your large sell orders are absorbed more efficiently when pool depth is substantial. Historical data shows weETH maintaining tighter peg stability than smaller LRTs during market drawdowns, with maximum deviations typically under 1% from fair value for your position.

If you hold rsETH, you face higher depeg risk due to thinner liquidity and the additional complexity of its multi-LST backing. You should be aware that if one of the underlying LSTs (stETH, ETHx, sfrxETH) experiences its own depeg event, your rsETH value is affected proportionally to that token's weight in the backing basket. This creates a cascading risk scenario in which your rsETH can depeg from both its own liquidity dynamics and underlying LST instability. If you restake directly on EigenLayer, you have no depeg risk in the traditional sense — your position is denominated in ETH, not a tradeable token — but the 7-day unbonding period means you cannot exit during market stress, which is a different form of liquidity risk you must accept.

DeFi Integration Comparison

EigenLayer direct: You get zero DeFi composability. Your restaked ETH is locked in EigenLayer's contracts and you cannot use it in any DeFi protocol. This is the fundamental limitation that LRT protocols were created to solve for you. If you need to use your restaked position as collateral, provide liquidity, or trade yield, direct restaking is not your option. You should also consider that the locked nature of your directly restaked ETH means you cannot respond quickly to market opportunities or risks — during a market crash, you cannot sell your restaked position or use it as collateral to hedge, whereas LRT holders can trade their tokens instantly on DEXs or deposit them into lending protocols for additional flexibility.

Ether.fi (weETH): You get the most extensive DeFi integration amongst LRTs. Your weETH is accepted as collateral on Aave V3 (72.5% LTV), Spark Protocol, and Morpho Blue. You can use it in Pendle yield markets for fixed-rate and yield trading strategies. Curve and Balancer pools provide you with deep liquidity for weETH/WETH trading. This breadth of integration enables you to pursue sophisticated strategies including leveraged staking strategies, Pendle yield trading, and Curve LP provision. You should value the depth of weETH liquidity on Curve (typically $50-100 million in pool TVL) because it means even your large positions can be entered and exited with minimal slippage, which is critical during market stress when liquidity for smaller LRTs may evaporate.

Integration Depth and Liquidity Analysis

Kelp DAO (rsETH): You get growing but more limited DeFi integration compared to weETH. Your rsETH is available on Pendle for yield trading and on select lending protocols, but with less depth and fewer venues than weETH. You should expect that your larger trades experience more slippage due to thinner DEX liquidity. The integration gap is narrowing as Kelp grows, but weETH's first-mover advantage and larger TVL provide a structural lead that you should not expect to close quickly. If you plan to employ leveraged restaking strategies or complex yield optimisation, you must factor in the liquidity differential when choosing between weETH and rsETH, as insufficient liquidity can prevent you from managing your positions efficiently during volatile market conditions.

Fees and Costs

EigenLayer direct: You pay no protocol fee. Your costs are only the operator's commission (typically 5-15% of restaking rewards) and Ethereum gas costs for your individual transactions. If you choose native restaking, you also bear the infrastructure costs of running your own validator. If you choose LST restaking, you pay the underlying LST protocol's fee (such as Lido's 10% on stETH) in addition to your operator commission. Your total fee burden ranges from 5-25% depending on the path you select.

Ether.fi: You pay a 10% fee on your staking rewards, plus the operator's commission on restaking rewards. You also incur gas costs for depositing, wrapping (eETH to weETH), and any subsequent DeFi transactions. The 10% staking fee is standard for the industry (matching Lido's fee) and is the primary cost you pay for the convenience and liquidity that Ether.fi provides. Your total fee burden is approximately 10-15% of your total yield.

Kelp DAO: You pay a 10% fee on your staking rewards, plus the operator's commission. Additionally, if you deposit LSTs (stETH, sfrxETH), the underlying LST protocol's fee has already been deducted — meaning you effectively pay two layers of protocol fees (the LST fee plus Kelp's fee). This double-fee structure is the cost you accept for the multi-LST diversification model. Your total fee burden is approximately 15-20% of your total yield when you account for underlying LST fees.

Fee Impact on Long-Term Returns

You should understand that the compounding effect of fee differences becomes significant over longer time horizons. If you hold a $50,000 restaking position earning 5% gross APR, your annual fee difference between direct EigenLayer restaking (approximately 10% total fees via operator commission) and Kelp DAO (approximately 18% total fees including underlying LST fees) amounts to roughly $200 per year. Over a 3-year holding period, this compounds to approximately $650 in lost returns for you — meaningful but not dramatic relative to your total position size.

However, you must weigh the fee comparison against the benefits each protocol provides you. Ether.fi's 10% staking fee buys you deep liquidity, extensive DeFi composability, non-custodial key management, and automatic reward compounding. Kelp's double-fee structure buys you multi-LST diversification and simplified access to restaking if you already hold LSTs. Direct EigenLayer restaking gives you the lowest fees but requires the most technical expertise and provides you with no liquidity or DeFi utility. Your optimal fee-adjusted choice depends on how much value you derive from each protocol's non-yield features.

You should also factor gas costs into your total cost comparison, particularly if you hold smaller positions. Ether.fi and Kelp require you to make a single deposit transaction, whereas direct EigenLayer restaking requires separate approval, deposit, and delegation transactions. Reward claiming on EigenLayer is a manual process with per-claim gas costs you must pay, whereas LRT protocols handle your reward distribution automatically through token price appreciation. If your position is under $10,000, the gas cost savings from LRT protocols can offset a significant portion of their protocol fees for you.

Who Should Use What

Choose EigenLayer direct if: You have 32+ ETH and want to run your own validator with full granular control over operator and AVS selection. You should be technically proficient and comfortable managing validator infrastructure. You do not need DeFi composability for your restaked position. You want to minimise your smart contract exposure and protocol fees. You must be willing to accept the 7-day unbonding period for your withdrawals.

Choose Ether.fi if: You want restaking exposure with full DeFi composability and maximum liquidity for your position. You should choose this if you plan to use your restaked position as collateral on Aave, trade yield on Pendle, or provide liquidity on Curve. You can benefit from the non-custodial key management for stronger withdrawal guarantees. You should prefer a simple deposit experience without managing operators or AVS yourself. You want the deepest LRT liquidity for easy entry and exit of your positions.

Choose Kelp DAO if: You already hold LSTs (stETH, sfrxETH, ETHx) and want restaking exposure without converting your tokens to ETH first. You should value the built-in diversification of the multi-LST model across multiple validator sets. You can accept moderate DeFi integration (less than weETH but growing). You want exposure to multiple underlying staking protocols through a single token in your portfolio.

Consider combining protocols: If you are a sophisticated investor, you should consider splitting your allocation across multiple approaches. You can follow a common strategy of 60% Ether.fi (for DeFi composability), 20% Kelp (for LST diversification), and 20% direct EigenLayer (for maximum control on a portion of your portfolio). This diversification reduces your concentration risk in any single protocol whilst maintaining your access to DeFi strategies through the Ether.fi allocation.

Position Sizing and Practical Considerations

You should understand that the minimum practical position size varies significantly across protocols. Direct EigenLayer native restaking requires holding 32 ETH (approximately $80,000-100,000 at early 2026 prices) to run a full validator, making it accessible only to larger holders. LST restaking on EigenLayer has no protocol minimum for you but requires gas costs of approximately $15-25 for setup transactions, making positions under $5,000 inefficient from your fee perspective. Ether.fi and Kelp accept any deposit amount from you, with gas costs of approximately $10-20 for your deposit transaction.

If your position is under $10,000, you should clearly prefer LRT protocols — the gas cost efficiency of a single deposit transaction, combined with automatic reward compounding and DeFi composability, provides you with better capital efficiency than direct EigenLayer restaking. If your position is between $10,000 and $100,000, you can split between Ether.fi and either Kelp or direct LST restaking on EigenLayer for good diversification without excessive gas overhead. If your position exceeds $100,000, you should incorporate direct native restaking alongside your LRT allocations to achieve the broadest risk diversification and lowest fee burden on your directly restaked portion.

Conclusion

The restaking ecosystem offers you a genuine choice between control, convenience, and composability. If you restake directly on EigenLayer, you get maximum control and minimum fees but you sacrifice liquidity and DeFi utility. If you choose Ether.fi, you get the best combination of liquidity, DeFi integration, and security (through non-custodial keys) at the cost of centralised operator selection and a 10% protocol fee. If you choose Kelp DAO, you get unique multi-LST diversification but with higher effective fees and less DeFi integration than Ether.fi provides you.

For most users in 2026, you should consider Ether.fi as your default choice — its deep liquidity, extensive DeFi integration, and simple user experience make it the most practical way for you to access restaking yields. If you prioritise control, you should consider direct EigenLayer restaking for a portion of your portfolio, and if you already hold LSTs, you may find Kelp's multi-LST model a convenient entry point for your restaking journey. Your optimal strategy will likely be a diversified allocation across two or three of these approaches, balancing the strengths of each against their respective trade-offs.

Regardless of which protocol you choose, the fundamental principles of restaking risk management apply equally:

• Slashing awareness: Understand the slashing conditions you are exposed to and monitor your operator's AVS portfolio
• Operator monitoring: Track your operator's performance metrics, uptime history, and AVS selection decisions
• Smart contract exposure: Maintain awareness of smart contract risks across all protocol layers in your yield stack
• Position sizing: Size your restaking position appropriately relative to your total portfolio and risk tolerance

You should remember that the restaking ecosystem is still maturing, and the competitive landscape amongst LRT protocols will continue to evolve throughout 2026 — you should periodically reassess your allocation strategy as new data on protocol performance, security, and yield sustainability becomes available. To get started with liquid staking as a foundation for your restaking strategies, see our Lido referral guide and Rocket Pool referral guide.

Sources and References

• EigenLayer Official Documentation
• Ether.fi Documentation
• Kelp DAO Documentation
• DeFiLlama - Restaking TVL Data
• EigenLayer Review - CryptoInvesting
• Ether.fi Review - CryptoInvesting
• Liquid Staking Yield Strategies 2026 - CryptoInvesting

Frequently Asked Questions

Which restaking protocol has the highest TVL in 2026?

EigenLayer has the highest total TVL as the base restaking layer, with over $15 billion in restaked ETH. Amongst liquid restaking token protocols built on EigenLayer, Ether.fi leads with over $5 billion in TVL, followed by Kelp DAO with approximately $1.5 billion. Direct comparison requires distinguishing between EigenLayer (the infrastructure layer) and LRT protocols (the user-facing layer) — Ether.fi and Kelp deposit into EigenLayer, so their TVL is a subset of EigenLayer's total.

Is Ether.fi safer than direct EigenLayer restaking?

Ether.fi adds convenience but not necessarily safety. Direct EigenLayer restaking gives you full control over operator selection and avoids the additional smart contract layer of Ether.fi's eETH/weETH contracts. However, Ether.fi's non-custodial key management provides stronger withdrawal guarantees than most custodial alternatives. The trade-off is control vs convenience: direct restaking is safer from a smart contract perspective but requires more technical knowledge and sacrifices liquidity.

What is rsETH and how does Kelp DAO work?

rsETH is Kelp DAO's liquid restaking token. Unlike Ether.fi, which stakes ETH directly, Kelp accepts multiple liquid staking tokens (stETH, ETHx, sfrxETH) and restakes them on EigenLayer. This multi-LST approach provides built-in diversification across underlying staking protocols. When you deposit stETH into Kelp, it is restaked on EigenLayer and you receive rsETH representing your restaked position. rsETH can be used in DeFi similarly to weETH, though with less integration depth due to lower TVL and liquidity.

Which LRT has the best DeFi integration?

Ether.fi's weETH has the broadest DeFi integration amongst liquid restaking tokens. WeETH is accepted as collateral on Aave V3, Spark Protocol, and Morpho Blue, integrated into Pendle yield markets, and available in Curve and Balancer liquidity pools. Kelp's rsETH has growing but more limited integration, primarily on Pendle and select lending protocols. Direct EigenLayer restaking has no DeFi composability — your restaked ETH is locked until you undelegate and wait through the 7-day unbonding period.

Can I use multiple restaking protocols simultaneously?

Yes, you can diversify across restaking protocols by splitting your ETH allocation. For example, you might restake 50% of your holdings in Ether.fi (for liquidity and DeFi composability), 30% through Kelp DAO (for multi-LST diversification), and 20% directly on EigenLayer (for maximum control). Each protocol has different risk profiles and advantages, so diversification reduces concentration risk in any single protocol's smart contracts or operational decisions. Many sophisticated users employ this multi-protocol approach.

Financial Disclaimer

This content is not financial advice. All information provided is for educational purposes only. Cryptocurrency investments carry significant investment risk, and past performance does not guarantee future results. Always do your own research and consult a qualified financial advisor before making investment decisions.