StakeWise on peg & exit design
8.4/ 35% of the score
Withdrawals live per vault with a published queue; recorded discounts have been small, on limited volume.
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Best Liquid Staking Protocols · Rank 05 of 8
Users who want to choose the validator behind their stake
Last verified August 12, 20264 scored axes
Documented, with gaps
StakeWise scores 8.2 out of 10 and ranks #5 of 8 in the best liquid staking protocols table, strongest on validator decentralisation (8.6) and weakest on integration depth (7.0).
The v3 vault architecture lets stakers pick a specific operator rather than accept a pooled average, which is a genuinely different product from the rest of the table. Adoption has stayed modest and liquidity reflects that.
4 axes, weighted as published in the table’s methodology. Each score below is read from the fact printed under it.
8.4/ 35% of the score
Withdrawals live per vault with a published queue; recorded discounts have been small, on limited volume.
8.6/ 25% of the score
v3 lets anyone create a vault and select its operator, so the set is permissionless at vault level.
8.4/ 20% of the score
Contracts in production since 2020 and rebuilt for v3 in 2024, with published audits and no exploit on record.
7.0/ 20% of the score
Small deposit base and thin on-chain liquidity; limited collateral acceptance.
StakeWise v3 lets anyone create a vault and select its operator, so a staker can choose who runs their validator rather than accepting a pooled average. That is a genuinely different product from the rest of this table, and for anyone with a view on operator quality it is the only way to express it while staying liquid.
Choosing an operator requires evaluating operators, and most stakers are not equipped to do that — the pooled average exists because it saves people from a decision they cannot make well. Concentrating in a single vault also concentrates the risk that this particular operator underperforms.
Contracts have run since 2020, rebuilt for v3 in 2024, with published audits and no exploit on record. The deposit base is small and on-chain liquidity is thin, so exits at size are expensive and collateral acceptance elsewhere is limited.
Anyone with a genuine view on operator quality — a DAO staking its treasury with an operator it has diligenced, or a staker who wants their validator run on specific infrastructure. Without that view, the pooled alternatives are the better default.
Plan the exit before the entry. With a small deposit base, selling into the market costs more here than with the leading tokens, so the redemption queue is the realistic route out.
Vaults are permissionless: anyone can create one and choose its operator, so stakers select who validates their stake instead of accepting a pooled set.
Less so than the leaders. The deposit base is small and on-chain liquidity is thin, which makes exiting size more expensive than with stETH or rETH.
No exploit appears on its record since 2020, including through the v3 rebuild in 2024.
8 services in best liquid staking protocols