Quick Summary
Liquid Staking Tokens (LSTs) convert illiquid staked assets into composable ERC-20 or SPL tokens. LSTs function via two core architectures: rebasing models (where token balances increase daily) and reward-bearing models (where the token quantity remains constant while its exchange rate appreciates). While LSTs unlock DeFi composability—allowing users to supply collateral or run leveraged yield loops—they introduce smart contract dependencies, liquidity pool slippage, and temporary peg deviation risks.
Liquid Staking Tokens (LSTs) & DeFi Yield Strategies
stETH, rETH, JitoSOL, and mSOL represent the four most liquid LSTs across Ethereum and Solana. Each uses a different token architecture, sources yield differently, and carries distinct composability and peg-stability tradeoffs. Here is a precise breakdown of how each token works and where it fits in DeFi.
1. Top LSTs Compared: stETH, rETH, JitoSOL, mSOL
Read across a row to see how the four dominant LSTs differ on each parameter; read down a column for a full picture of any single token's architecture and DeFi integration surface.
| Parameter | Lido stETH | Rocket Pool rETH | JitoSOL | Marinade mSOL |
|---|---|---|---|---|
| Token Model | Rebasing. Your stETH balance increases daily as consensus rewards accrue. 1 stETH ≈ 1 ETH at peg, and the balance grows over time to reflect earned yield. | Reward-bearing (value-accruing). rETH quantity stays fixed; the rETH/ETH exchange rate appreciates over time. No daily balance changes. | Reward-bearing (value-accruing). JitoSOL quantity stays fixed; the JitoSOL/SOL exchange rate appreciates as consensus + MEV rewards accrue. | Reward-bearing (value-accruing). mSOL quantity stays fixed; the mSOL/SOL exchange rate appreciates as consensus rewards accrue. |
| Core Yield Source | Consensus layer rewards + MEV Boost (priority fees & MEV) from execution layer. Lido distributes both components to stETH holders. | Consensus layer rewards + MEV Boost. Rocket Pool passes execution-layer tips and MEV through to the rETH exchange rate. | Consensus rewards + MEV from Solana block production. Jito is the only major Solana LST that distributes MEV tips to stakers. | Consensus rewards only. Marinade does not pass MEV tips to mSOL holders — that revenue is retained by the protocol treasury. |
| Primary DeFi Integrations | Deepest integration in crypto: Aave collateral, Curve stETH/ETH LP, MakerDAO collateral, Uniswap V3, EigenLayer restaking. The base layer of Ethereum DeFi. | Aave collateral, Curve rETH/ETH LP, Balancer, EigenLayer restaking. Growing integration but narrower than stETH. | Kamino (collateral + yield loops), Drift, Orca, Raydium. Core collateral across Solana DeFi with strong Kamino integration. | Marinade Native (validator delegation), Solend, Kamino, Orca. Broad Solana DeFi support but slightly behind JitoSOL in Kamino depth. |
| Liquidity Depth | Deepest LST liquidity in crypto. The Curve stETH/ETH pool holds hundreds of millions in TVL; Aave and MakerDAO provide additional deep collateral markets. | Strong but narrower. The Curve rETH/ETH pool is liquid for retail sizes; large redemptions can incur slippage versus stETH. | Deepest Solana LST liquidity. JitoSOL/USD pools on Drift and Orca handle large size with minimal slippage. | Strong Solana liquidity. mSOL/USD pools are liquid but slightly shallower than JitoSOL at equivalent trade sizes. |
| Protocol Fee | 10% of staking rewards taken by Lido protocol treasury. No upfront fee — you deposit ETH and receive stETH 1:1 at peg. | Variable. Node operators set their own commission; rETH holders receive the remainder. No protocol-level flat fee on top. | Approximately 10% of total rewards (consensus + MEV) taken by Jito protocol. Transparent on-chain fee structure. | Approximately 2-3% of consensus rewards taken by Marinade protocol. Lower headline fee but no MEV distribution to offset it. |
2. LST Mechanics in Detail
The comparison shows the differences. These cards explain the architectural decisions that produce them — and what each design choice means for your capital when deployed in DeFi.
Token Architecture
Rebasing vs. value-accruing models
LSTs split into two architectures. Rebasing tokens like stETH increase your token balance daily — the wallet shows more stETH each morning as consensus rewards accrue. The token price stays near 1 ETH; the balance grows. Value-accruing tokens like rETH, JitoSOL, and mSOL keep the token quantity fixed. Instead, the exchange rate (rETH/ETH, JitoSOL/SOL) appreciates over time. The wrapper wstETH converts stETH into a value-accruing form for DeFi protocols that cannot handle daily balance changes.
Key distinctions:
- +Rebasing (stETH): balance grows, price stays near peg
- +Value-accruing (rETH, JitoSOL, mSOL): quantity fixed, rate appreciates
- +wstETH wrapper: converts rebasing stETH into value-accruing form
- ·Rebasing tokens are incompatible with some AMM pools without wrapping
Why it matters: Rebasing tokens simplify reward visibility — you see balance growth. Value-accruing tokens simplify DeFi integration — fixed quantities work cleanly in AMMs and lending markets. wstETH exists to bridge this gap for Ethereum's deepest LST.
DeFi Yield Strategies
Collateral, yield loops, LP provisioning
LSTs unlock three primary DeFi strategies. Money market collateral: Supply stETH or JitoSOL on Aave or Kamino as collateral, borrow against it, and use the loan for further exposure — your stake keeps earning while posted. Automated yield-looping: Kamino and Aave enable one-click leverage loops where you deposit an LST, borrow stablecoin against it, swap into more LST, and redeposit — repeating to a target leverage ratio. LP provisioning: Supply LST/ETH or LST/USD pairs to Curve, Orca, or Drift pools to earn trading fees plus protocol incentives on top of the base staking yield.
Strategy stack:
- +Collateral: post LST, borrow against it, retain staking yield
- +Yield-looping: Kamino/Aave automate recursive borrow-redeposit cycles
- +LP provisioning: earn swap fees + incentives on top of base staking APY
- −Each strategy adds smart contract and liquidation risk on top of base staking
Yield-loop math: A 3x loop on a 4% stETH APY with a 2% borrow rate produces approximately 8% effective yield — but liquidation risk scales with leverage. If stETH depegs below the loan's liquidation threshold, the loop unwinds at a loss.
Structural Risk Factors
Smart contracts, peg stress, validator concentration
LSTs stack three risk layers on top of base staking. Smart contract exposure: Every LST depends on its issuance contract, validator registry, and oracle system — and every DeFi protocol you deposit it into adds another layer. A bug in any one can reduce the token's value. Peg deviation: LSTs trade on secondary markets and can depeg from their underlying asset during volatility. stETH depegged to ~0.93 ETH during the 2022 contagion; rETH and JitoSOL have seen smaller, shorter deviations. Validator concentration: Lido controls roughly 30% of Ethereum validators; Jito and Marinade each hold large shares of Solana stake. A protocol-level event affects a disproportionate share of total network stake.
Risk layers:
- −Smart contract stack: LST contract + DeFi protocol + oracles
- −Peg deviation: secondary market price can drop below redemption value
- −Validator concentration: single protocol holds large share of network stake
- ·Direct native staking avoids all three layers but loses DeFi composability
Peg history: stETH traded as low as 0.93 ETH in June 2022 during the Celsius contagion. The peg recovered within weeks, but leveraged loops built on stETH collateral were liquidated during the deviation — not during the underlying ETH price move. Peg risk is real and separate from ETH price risk.
Model Net Returns: Liquid vs. Native Staking
LSTs charge protocol fees (typically 2–10% of rewards) on top of base staking yield, and DeFi strategies add further cost layers. Use the calculator to model your net staking return after protocol fees, then compare it against native staking to see whether the composability premium justifies the fee drag for your position size.