RPL is the utility and insurance token of Rocket Pool, the Ethereum liquid staking protocol built for maximum decentralization. Unlike Lido, which uses a permissioned set of professional validators, Rocket Pool allows any individual to run a validator node with as little as 8 ETH (down from 32 ETH) — provided they also stake RPL worth at least 10% of their ETH bond as insurance against slashing. This design creates thousands of independent node operators, producing rETH — a liquid staking token backed by genuinely decentralized infrastructure.
| Stat | Value |
|---|---|
| Ticker | RPL |
| Price | $1.89 |
| Market Cap | $42.33M |
| 24h Change | +4.2% |
| Circulating Supply | 22.37M RPL |
| All-Time High | $61.90 |
| Contract (Ethereum) | 0xd335...a51f |
| Contract (Polygon Pos) | 0x7205...b9ec |
| Contract (Arbitrum One) | 0xb766...c507 |
How It Works
Rocket Pool solves the decentralization problem in liquid staking through its minipool architecture:
Minipool setup:
- A node operator puts up 8 ETH (or 16 ETH) from their own funds
- The remaining ETH (24 or 16 ETH) is supplied by rETH stakers from the deposit pool
- The combined 32 ETH activates a standard Ethereum validator
- The operator must also stake RPL worth ≥10% of their ETH bond as a performance bond
The RPL insurance mechanic:
If a node operator gets slashed or underperforms, their RPL stake is slashed first to make rETH holders whole. This creates real skin-in-the-game for node operators and protects liquid stakers.
rETH:
Users who deposit ETH receive rETH, which appreciates in ETH value as staking rewards accumulate. Unlike Lido’s rebasing stETH, rETH is non-rebasing (your balance stays the same, but each rETH is redeemable for increasing amounts of ETH over time).
RPL rewards:
Node operators earn both ETH staking rewards and RPL inflation rewards (5% annual inflation distributed to node operators proportional to their RPL stake). This RPL yield effectively reduces the cost of running a node.
Tokenomics
RPL has a 5% annual inflation rate, distributed as follows:
- 70% to node operators (proportional to RPL staked)
- 15% to the Oracle DAO (network infrastructure nodes)
- 15% to the Protocol DAO treasury (grants, development)
There is no hard cap — supply grows with inflation, but demand from new node operators needing 10% RPL bonds provides buying pressure. When the ETH staked in Rocket Pool grows, so does the required RPL bond, creating structural demand.
LEB8 (2022): Rocket Pool introduced Lower ETH Bond 8-ETH minipools, reducing the ETH requirement from 16 ETH to 8 ETH. This made node operation more accessible and increased RPL demand per validator.
Use Cases
- Node operator insurance bond — Every Rocket Pool validator requires 10% RPL stake; growing validator count drives RPL demand
- rETH production — Deposit ETH, operate validators, earn RPL + ETH rewards
- Decentralized ETH staking — rETH provides ETH staking yield without trusting a centralized provider
- Protocol governance — RPL stakers participate in Rocket Pool governance decisions
- Hedging Ethereum centralization — Users who hold rETH vs. stETH are taking a position that decentralization in ETH staking has value
History
- 2016 — Rocket Pool begins development as one of the earliest Ethereum staking protocol concepts
- Nov 2021 — Rocket Pool mainnet launches after years of testnets; minipools go live; rETH first issued
- 2022 — Rocket Pool grows steadily but faces the asymmetry: Lido’s institutional relationships and marketing lead to much larger TVL; LEB8 launches
- Apr 2023 — Shanghai upgrade enables withdrawals; Rocket Pool processes withdrawals smoothly; rETH peg stabilizes
- 2023–2024 — Rocket Pool Pulse upgrade (V2.5) continues decentralization efforts; Saturn upgrade introduces ETH-only bonds (lower RPL requirements)
- 2024 — Rocket Pool Saturn reduces minimum RPL requirement and introduces more node operator flexibility; remains the most credibly decentralized liquid staking option
Common Misconceptions
“Rocket Pool is safer than Lido.” Rocket Pool’s validator set is more decentralized, reducing systemic risk. However, rETH liquidity is lower than stETH, and smart contract risk exists in any DeFi protocol. “Safer” depends on what risks you’re optimizing against.
“You need 32 ETH to run a Rocket Pool node.” Since LEB8, you can run a minipool with as little as 8 ETH (plus RPL bond). The full 32 ETH comes from rETH stakers pooling into your validator.