DEXes · Review
ActivelpETH Review 2026: Unified Liquidity for Staked ETH
lpETH is an Ethereum liquidity pool that lets holders of liquid staked and restaked ETH swap to ETH instantly for a fee, skipping withdrawal queues. It is an interesting design with small liquidity and docs that look dated.
By the DappsAtlas editorial team · Updated
DappsAtlas score
6.0/10
Mixed
Our verdict on lpETH
6.0/10lpETH suits stakers who want a quick route from an LST or LRT back to ETH, and ETH holders comfortable supplying single-sided liquidity for fees and bribes. Its main strength is a clear mechanism: one shared pool, utilisation-based pricing and governance-driven fee gauges. The main caveat is scale and freshness, with roughly $622,000 TVL, docs last updated about two years ago and lending still marked as coming soon. Size positions carefully and read the audits first.
Score breakdown
How lpETH scores
- Security
- 5.5/10
- Ease of use
- 6.5/10
- Fees
- 5.5/10
- Features
- 6.5/10
Scores run from 0 to 10 and are based only on facts we could verify. Where information was missing we mark the score n/a rather than guess.
What is lpETH?
lpETH is a decentralized exchange protocol on Ethereum built for liquid staked and restaked ETH. It pools ETH from liquidity providers and lets holders of tokens such as LSTs and LRTs swap into ETH immediately, for a fee, instead of waiting out a withdrawal queue.
The project's pitch is unified liquidity. Rather than each staking token needing its own pool, many tokens share one ETH pool, which concentrates volume for liquidity providers. LST protocols can be whitelisted and use that liquidity without bootstrapping their own.
DeFiLlama lists lpETH with about $622,000 in TVL, two audits and a listing date of December 2024. It has no native token listed. The documentation pages appear to have been last updated about two years ago, and lending is still described as coming soon.
How lpETH works
lpETH is a pool made up of ETH deposited by liquidity providers. Holders of accepted liquid staking and restaking tokens swap them into the pool and receive ETH immediately, instead of waiting in the withdrawal queue of the underlying staking protocol.
The pool then unstakes the tokens it received. Until the ETH is released, that portion of the pool's ETH counts as used by that token, which raises its utilisation. Tokens are priced by their backing in ETH, and the fee depends on the token's relative utilisation, so tokens in higher demand for exits pay more.
Governance adds a market layer. Locking lpETH gives voting power over fee gauges, which scale fees for each token. LST protocols can pay token bribes to LPs and lock-holders to get lower fees for their users, an approach modelled on the Curve wars.
7 features
Key features
01
Single-sided ETH pool
The pool holds only ETH from liquidity providers, so LPs do not have to supply pairs of tokens.
02
Unified LST liquidity
Many LSTs and LRTs swap against the same pool, which combines liquidity and volume instead of splitting it across separate pools.
03
Instant exits
Users can swap staked ETH tokens for ETH immediately and avoid protocol withdrawal queues.
04
Utilisation-based fees
LSTs and LRTs are priced by their backing in ETH. Fees depend on each token's share of pool utilisation, so higher demand for exits costs more.
05
Fee gauges and bribes
A fee gauge adjusts the fee ratio for a given token, and token bribes to LPs can influence it. Protocols offering better bribes can earn lower fees for their users.
06
Voting escrow governance
Locking lpETH in a voting escrow gives governance power and a share of bribes and incentives.
07
Whitelisting for LST protocols
New LST or LRT protocols can be whitelisted to use existing liquidity rather than bootstrapping their own pools.
Pros and cons
What we like
- Instant exit from LSTs and LRTs without waiting in a withdrawal queue
- Single-sided ETH deposits are simpler than pairing assets in a typical AMM pool
- One shared pool for many staked assets reduces liquidity fragmentation
- Fees reflect real exit demand for each token through utilisation-based pricing
- Two audits are listed on DeFiLlama
- Voting escrow and bribes give LPs extra incentives beyond swap fees
Watch out for
- TVL is small, about $622,000, so large swaps may meet limited liquidity
- Documentation pages were last updated about two years ago, which raises questions about ongoing development
- Lending is described as coming soon, so the borrow-against-stake promise is not fully live
- No native token is listed, and the bribe and voting model depends on governance tokens and LP participation
- Fee levels vary by LST utilisation and gauge settings, and no fixed schedule is published
- Single-sided ETH liquidity is exposed to smart-contract risk and to LSTs/LRTs losing value against ETH
lpETH fees
The documentation describes instant unstaking as costing a small fee but does not publish a fixed rate in the material reviewed. Fees are based on how much of the pool's ETH each LST or LRT is using, so tokens in high demand for exits pay more.
A fee gauge ratio can raise or lower a token's fee depending on bribes paid to liquidity providers. Users should check the swap interface for the exact quote before confirming, and expect Ethereum gas costs on top.
Is lpETH safe?
DeFiLlama lists two audits for lpETH, but the auditors and reports are not named in the material reviewed, so check them directly before depositing. The protocol runs on Ethereum smart contracts, so bugs, oracle or pricing errors, and governance manipulation are real risks.
Liquidity providers carry exposure to the accepted LSTs and LRTs: if one loses its ETH backing or its unstaking is delayed, the pool may hold assets worth less than expected or be short of ETH. The team behind lpETH is not named in the material reviewed, and no regulatory status is stated. The TVL is small, so treat any deposit as high risk.
6 steps
How to get started with lpETH
- 1
Read the overview, How it works and white paper pages in the docs to understand the pool mechanics.
- 2
Check the deployed contracts page and any audit reports before depositing funds.
- 3
Connect an Ethereum wallet to the swap interface and confirm your LST or LRT is supported.
- 4
To exit staked ETH, review the fee quote for your token and approve the swap.
- 5
To provide liquidity, deposit ETH and receive lpETH, accepting the risks of a small pool.
- 6
If you want governance rights, lock lpETH in the voting escrow and review active fee gauges and bribes.
Who lpETH is for
lpETH is for ETH stakers holding LSTs or LRTs who want to exit without queues, for liquidity providers who want to supply only ETH and earn fees and bribes, and for LST protocols seeking ready-made liquidity. It suits users who are comfortable with smart-contract risk and small pools.
lpETH FAQs
What is lpETH?
lpETH is a single-sided pool that holds ETH and acts as a clearinghouse for liquid staking tokens (LSTs) and liquid restaking tokens (LRTs). Users can swap those tokens for ETH instantly, and liquidity providers earn from the fees.
How does lpETH let me unstake instantly?
A user swaps an accepted LST or LRT into the pool and receives ETH right away. The pool then unstakes the received tokens in the background, so it is repaid as withdrawals complete.
How do liquidity providers earn?
Liquidity providers deposit ETH and receive lpETH, a token that represents their share of the pool. They earn trading fees, and can lock lpETH to take part in governance and collect bribes and incentives.
What does lpETH charge?
The project describes it as a small fee, but the amount depends on how heavily each LST or LRT uses the pool's ETH and on the fee gauge ratio. No fixed number is published in the documentation reviewed.
Can I borrow against my stake on lpETH?
The documentation says lending is coming soon, so borrowing against staked assets should not be assumed to be available. Check the current app and docs before relying on it.
Is lpETH audited?
DeFiLlama lists two audits for the protocol, but the audit reports and auditors are not named in the material reviewed. Read the reports before depositing, and remember that any smart-contract protocol carries risk.
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How we checked
Sources
Last updated . Spotted an error? Tell us and we will correct it.