Everything you need to know about decentralised Ethereum liquid staking with RocketPool. See also our protocol info page for deeper background.
RocketPool is a decentralised protocol built on Ethereum that lets anyone stake ETH and earn rewards without running a validator themselves. It launched in late 2021. The protocol pairs everyday stakers with independent node operators, distributing both trust and reward across many participants rather than concentrating them in one place.
When you deposit ETH through RocketPool, you receive rETH — a liquid token that grows in value relative to ETH as staking rewards accumulate. You can hold it, trade it, or use it in DeFi while your underlying ETH keeps earning.
Centralised services control your keys. RocketPool does not. Node operators in the network each post a collateral bond of ETH plus RPL tokens, which means they have real economic skin in the game if they perform poorly. No single company holds a majority of the protocol's validators.
The smart contracts governing deposits, withdrawals, and rewards are open source and have been audited multiple times. Anyone can review the code on GitHub. That transparency is something a traditional custodial service simply cannot offer.
rETH is a liquid staking token. Its exchange rate against ETH increases over time as beacon-chain rewards flow into the protocol. If you stake 1 ETH today and the exchange rate is 0.86 rETH per ETH, you receive roughly 0.86 rETH. Over months and years that same 0.86 rETH redeems for more than 1 ETH as the rate rises.
You do not need to do anything after minting rETH. No claiming, no compounding clicks. The value accrues automatically inside the token itself.
There is no enforced minimum for liquid staking through the protocol's front end. In practice the main constraint is Ethereum gas fees — staking a very small amount may not make economic sense if the transaction cost is high relative to your deposit. For node operators the minimum bond starts at 8 ETH per validator with the Saturn upgrade, down from 16 ETH previously.
The RocketPool smart contracts have undergone multiple independent security audits, including reviews by Sigma Prime and Consensys Diligence. The protocol has operated on Ethereum mainnet since November 2021 without a major exploit.
That said, smart-contract risk is never zero. The team behind RocketPool maintains a bug-bounty programme and a security committee that can act quickly if a vulnerability is found. You should always read the documentation and make your own assessment before depositing significant funds.
RPL is the RocketPool governance and collateral token. You do not need RPL to stake ETH as a liquid staker — just connect a wallet, deposit ETH, and receive rETH. RPL is primarily relevant if you want to run a node. Node operators historically had to hold RPL worth at least 10% of their bonded ETH as insurance collateral, though protocol changes introduced with Saturn have modified these requirements.
RPL holders can vote on governance proposals that shape the protocol's future direction.
Running a node requires a machine that meets Ethereum's validator hardware requirements — typically a modern desktop or server with at least 16 GB RAM, a fast SSD (2 TB recommended), and a stable internet connection. You install the RocketPool Smartnode stack, which bundles an execution client, a consensus client, and the RocketPool node software into one manageable package.
After setting up, you register your node on-chain, deposit your ETH bond, and wait for the protocol to match your node with deposited ETH from liquid stakers. The Smartnode guides you through each step. Full documentation is available at the official RocketPool docs site.
Visit the info page for a broader overview of how the node layer interacts with the protocol.
The APR fluctuates with overall Ethereum staking conditions. As of early 2025 the liquid staking APR through RocketPool sits in the low-to-mid 2% range, though the staking page shows a live figure. Node operators earn more — both the base staking reward on their own ETH and a commission on the ETH matched from liquid stakers.
Several things move the rate: total ETH staked across all Ethereum validators, network activity, and the size of the RocketPool validator queue. More validators means rewards spread thinner per validator, which lowers APR network-wide.
Liquid staking through RocketPool gives you rETH, which you can swap back to ETH on the open market at any time — no waiting. The protocol also maintains an exit liquidity buffer that allows direct redemptions when there is sufficient ETH available in the deposit pool.
If you are a node operator, exiting a validator involves a queued withdrawal on the Ethereum beacon chain. Processing time depends on the global exit queue, which can range from hours to days depending on network conditions.
Ethereum's consensus layer applies penalties called inactivity leaks and slashing for validator misconduct. The RPL collateral bond that node operators post exists specifically to absorb losses that affect the ETH deposited by liquid stakers. In a worst-case slashing event, the operator's bond is consumed before any staker principal is touched.
The protocol's design means a single bad actor affects only their own mini-pool, not the broader depositor base.
Node operators earn a commission on the portion of matched ETH they manage. This commission is set per node but is bounded by protocol parameters. Currently commission rates sit around 5%. There is no separate protocol fee taken from liquid stakers beyond this — the exchange rate simply reflects net rewards after commission.
You will also pay Ethereum gas fees for the mint and redeem transactions themselves. These vary with network congestion and are unrelated to RocketPool's design.
The staking interface offers two routing paths. The Protocol route sends your ETH directly through RocketPool's deposit pool, minting rETH at the canonical on-chain exchange rate. The CoW Swap route checks whether buying rETH on the secondary market is cheaper at that moment — if the market price of rETH is at a discount to the protocol rate, you get more rETH for your ETH.
The interface calculates both options in real time and displays the difference. You choose which route to take before confirming the transaction.
The core argument is decentralisation. RocketPool distributes validator duties across hundreds of independent node operators spread across more than 100 geographic regions. No single entity can censor transactions or influence governance unilaterally.
Some competing protocols rely on permissioned operator sets or a small number of professional firms. RocketPool allows anyone with the right hardware to run a node, which keeps the validator set diverse and resilient. For users who care about Ethereum's long-term health, a more distributed staking layer matters beyond just yield.
Read more context on our info page.
Yes. rETH is a standard ERC-20 token and is supported across a growing number of DeFi platforms — including lending markets, liquidity pools, and yield aggregators. You can provide rETH as collateral, supply it to liquidity pools alongside other assets, or use it in any protocol that accepts ERC-20 tokens.
Keep in mind that using rETH in DeFi introduces additional smart-contract risk layers beyond those of RocketPool itself. Each platform you interact with carries its own risk profile.
The official documentation lives at docs.rocketpool.net and covers everything from basic liquid staking to advanced node configuration. The RocketPool community is active on Discord, where the core team and experienced node operators answer questions in dedicated channels.
Governance discussions happen on the DAO forum at dao.rocketpool.net. For code, the repositories are public on GitHub. Return to the home page to access the staking interface directly.
