Lido is the larger, more liquid option, holding around 8.7 million ETH and issuing stETH, the staking derivative with the deepest DeFi integration of any liquid staking token. Rocket Pool is the decentralised one, running roughly 2,000 permissionless node operators against about $1.1 billion in value staked and issuing rETH. If your priority is liquidity and collateral acceptance, Lido wins on scale. If it is minimising trust in a curated operator set, Rocket Pool wins on architecture. Both protocols spent 2026 rewriting how their governance tokens capture revenue, and that is where the comparison gets interesting.
Two Answers to the Same Problem
Both protocols exist because solo staking on Ethereum demands 32 ETH and continuous uptime. They diverge on who is allowed to run the resulting validators.
Lido launched in December 2020 and solved the problem by recruiting professional staking firms, vetting them through DAO vote, and pointing pooled deposits at their infrastructure. Its published scorecard tracks the resulting operator set and stake distribution. The approach scaled fast because onboarding a handful of competent operators is far easier than bootstrapping thousands of amateurs. It also concentrated a quarter of all staked ETH behind a permissioned list, which has been the central criticism ever since.
Rocket Pool launched in November 2021 with the opposite bet. Anyone willing to post an ETH bond plus RPL collateral could run validators for the protocol, no approval required. Capital efficiency was the trade-off: early minipools required 16 ETH from the operator, later reduced to 8. The Saturn 1 upgrade, live on mainnet since 18 February 2026, cut that bond to 4 ETH through a new megapool design, with the remaining 28 ETH supplied by liquid stakers. Rocket Pool's Saturn documentation covers the full mechanism.
Decentralisation: Curated Operators vs Permissionless Bonds
Lido's curated module still runs the majority of its validators through roughly 30 approved firms. The DAO has spent two years building alternatives around it: Simple DVT splits validator duties across multiple parties so no single machine holds the keys, and the Community Staking Module lets anyone post a bond and run validators permissionlessly, with tokenholders approving a path toward 10% of total protocol stake flowing through it.
Rocket Pool never needed to retrofit this. Permissionless entry was the founding constraint, and the halved bond requirement roughly doubles the pool of people who can afford to participate. The result is a validator set that no committee approves and no vote can remove.
The honest reading is that Lido is converging toward Rocket Pool's model while retaining the operator relationships that give institutions comfort, and Rocket Pool is converging toward Lido's capital efficiency while retaining permissionless entry. Neither has arrived.
rETH and stETH Behave Differently in DeFi
This is where scale compounds. stETH and its wrapped form are accepted as collateral on essentially every major lending market, sit in the deepest liquidity pools of any staking derivative, and trade with tight spreads because there is always someone on the other side. rETH is well integrated and accepted in many of the same venues, with a materially smaller liquidity footprint that reflects the protocol's smaller share.
The token mechanics also differ. rETH is non-rebasing by design: its balance stays fixed and the redemption rate against ETH climbs. Lido issues both forms, and the choice between the rebasing and wrapped versions is a real decision for users, covered in our breakdown of stETH and wstETH. Anyone integrating rETH gets the wrapped behaviour by default.
For a trader, the practical difference shows up in exit liquidity during stress. A large stETH position can be unwound into ETH at a modest discount even in bad conditions. The same size in rETH moves the price further.
Yield, Fees and What the Tokens Capture
| Dimension | Lido | Rocket Pool |
|---|---|---|
| ETH staked | ~8.7 million | ~$1.1 billion in value |
| Node operators | ~30 curated, plus DVT and CSM | ~2,000 permissionless |
| Operator bond | None for curated, bonded for CSM | 4 ETH per megapool validator |
| Liquid token | stETH and wstETH | rETH |
| Protocol fee | 10% of rewards, split 5/5 | Node commission plus protocol share |
| Governance token | LDO | RPL |
| 2026 value accrual | Capped buybacks from revenue | Fee switch paying ETH to RPL stakers |
Both governance tokens spent years with no claim on protocol revenue, and both DAOs moved in 2026 to fix it. Rocket Pool's Saturn 1 turned RPL into something closer to a dividend instrument, distributing protocol fees in ETH to RPL stakers and retiring the inflationary reward model. Lido's approach is indirect: a proposal to route part of staking revenue into open-market LDO purchases, capped near $10 million per rolling year, with the acquired tokens parked in DAO-controlled liquidity. The mechanics and thresholds are set out in our LDO tokenomics breakdown.
The distinction matters for anyone choosing between the two tokens. RPL holders who stake receive revenue directly. LDO holders receive price support from a programme that only triggers above defined ETH price and revenue levels. The market has priced that difference, and it feeds directly into our LDO price forecast scenarios.
Base staking yield is close to identical between the two protocols, around 2.5% APR as of mid-2026, because both pass through the same Ethereum issuance and MEV economics. Fee structures differ at the margin, and neither protocol has a durable yield advantage over the other for a passive staker.
Frequently Asked Questions
Which is safer, Lido or Rocket Pool?
They carry different risk profiles rather than different risk levels. Lido concentrates stake behind vetted professional operators with DAO-level risk mitigation, so operator failure is unlikely but its blast radius is large. Rocket Pool absorbs penalties through operator bonds and RPL collateral first, distributing risk across thousands of independent parties, with more variance in individual operator quality.
Is stETH or rETH better for DeFi?
stETH has broader acceptance, deeper liquidity and tighter spreads across lending markets and exchanges, mostly as a function of Lido's larger size. rETH is supported on most major venues but with thinner liquidity, which matters for large positions. For small allocations either works; for size, stETH is easier to enter and exit.
Can you stake with Rocket Pool for less than 32 ETH?
Yes, in two ways. Liquid stakers can deposit any amount of ETH and receive rETH with no minimum. Node operators, who run validators themselves, now need only 4 ETH per validator following the Saturn 1 upgrade, down from 8 ETH previously.
The Choice Depends on What You Are Optimising For
Scale and liquidity point to Lido. Its derivative is the one DeFi was built around, its exit liquidity is unmatched, and its institutional product line through stVaults is pulling in a category of capital Rocket Pool does not compete for. Decentralisation and direct revenue capture point to Rocket Pool, where the validator set is permissionless and the governance token pays ETH to stakers rather than relying on discretionary buybacks.
For most stakers the yield is close enough that the decision comes down to whether you plan to use the derivative in DeFi. For token holders, the two protocols now offer materially different value propositions for the first time since either launched.
LeveX lists LDO on spot markets and offers leveraged LDO futures for directional positioning. Explore Crypto in a Minute for more protocol comparisons.