Every liquid staking protocol is, underneath the crypto framing, a small business. It runs infrastructure, pays operators, collects a cut of revenue, and answers to some form of governance. Understanding the tokenomics — the flow of money and the role of the governance token — makes it much easier to tell a well-designed protocol from a shaky one.
This is a look at that anatomy. The examples are Lido, Rocket Pool, and Frax, three of the most-studied models. Numbers are illustrative and shift with governance votes and market activity.
How fees flow through the system
The basic pipe looks the same everywhere:
- Validators earn ETH rewards from the network for validating blocks.
- The protocol takes a percentage — the protocol fee — before crediting the rest to LST holders.
- That protocol fee is split between node operators (who run the servers), the insurance/coverage fund, and the treasury.
A simple example: at a 10% protocol fee, if validators earn 4% APY, roughly 3.6% ends up with LST holders and 0.4% is split within the protocol. Our page on how staking rewards work covers the base earnings side.
Lido tokenomics at a glance
Lido runs on stETH and the LDO governance token.
- Protocol fee: ~10% of staking rewards.
- Fee split: roughly half to a curated set of node operators, half to the Lido treasury (subject to governance changes).
- LDO token: governs contract parameters, adds/removes node operators, and controls treasury funds. LDO does not represent staked ETH — holding LDO gives you votes, not yield.
- Treasury use: insurance, grants, security audits, ecosystem incentives, and operational costs.
Lido's model depends on the DAO curating node operators carefully. That's a design choice — it's how the protocol keeps operator quality high, but it also means governance controls who validates.
Rocket Pool tokenomics at a glance
Rocket Pool works differently. Anyone can run a node by staking their own ETH plus a required amount of RPL as insurance.
- Protocol fee: ~14% commission on the rETH holder's share (which is itself half of validator rewards, since node operators put up their own ETH too).
- RPL insurance: node operators must stake RPL as coverage against slashing.
- RPL emissions: new RPL is minted to reward node operators and the protocol.
- Governance: lighter than Lido, mostly on-chain parameter changes rather than validator curation.
Rocket Pool's design gives up some scale to gain permissionless operator entry. See staking vs liquid staking for the broader model comparison.
Frax and newer models
Frax's frxETH uses a two-token model: frxETH is like a wrapped ETH that doesn't earn yield on its own, and sfrxETH is the version that captures staking rewards. This split lets Frax pair frxETH with FXS on Curve, boost liquidity, and then send all of the frxETH staking yield to the smaller sfrxETH pool — which lifts its APY. It's clever, and it works, but it depends on Frax's ongoing Curve incentive game to keep the pair deep.
Newer entrants (Swell, StakeWise v3, various restaking protocols) usually copy one of these three archetypes and add a variation — different fee splits, permissionless node sets with modular slashing insurance, or restaking overlays. The tokenomics questions to ask stay similar.
What a healthy model looks like
Reading tokenomics is easier with a small checklist:
| Signal | Healthy | Concerning |
|---|---|---|
| Fee revenue | Covers operator costs, funds insurance and audits | Depends on token emissions to stay attractive |
| Governance token supply | Emissions slow, distribution wide | Fast emissions, concentrated holders |
| Node operator set | Curated but diverse, or permissionless with insurance | Small set of related operators |
| Insurance fund | Real ETH or blue-chip assets, transparently held | Denominated in the protocol's own token |
| Treasury runway | Multi-year at conservative burn rate | Short runway, needs sales to survive |
Why liquid staking tokenomics matter for holders
A protocol with strong tokenomics can pay operators well, fund security through market cycles, and survive a slashing event without eating into user stakes. A protocol relying on continuous emissions to stay competitive is running on a treadmill — the moment the token price falls, incentives dry up and stake leaves. As an LST holder you don't directly care about the governance token's price, but you care a lot about whether the protocol can keep the lights on when yields tighten. That's the practical reason to read tokenomics before picking a place to park stake. For a wider view of what can go wrong, our page on staking risks is worth a read.