Both let SOL holders earn staking rewards while keeping a tradeable token (mSOL or JitoSOL) usable across DeFi. The two protocols differ on validator selection, MEV revenue, governance, and integration depth. This piece compares the architectures, the yield differential, and the practical implications for users choosing between them.
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Liquid staking solves a basic problem: native SOL staking locks the underlying tokens (a 2-day cooldown for unstaking, plus epoch boundaries). A liquid staking token represents a claim on staked SOL plus accrued rewards, but the token itself trades freely. Users can stake, earn validator rewards, and use the LST as collateral, LP, or trading capital — without unlocking the underlying.
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Solana's staking economics differ from Ethereum's in important ways. Solana validators don't have a 32-SOL minimum (any amount can stake to a validator), but they do compete on commission and performance. Validators take a commission (typically 5–10%) from staking rewards and pass the rest to delegators. Liquid staking protocols aggregate stake across many validators, reducing the per-user commission burden and providing a pooled token.
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As of April 2026, Solana's annualized native staking yield is approximately 6.8% per the Solana Compass dashboard, with some validator-level variance. LSTs typically pay slightly less than native staking after protocol fees, with the trade-off being liquidity and DeFi composability. Solana DeFi apps covers where LSTs are used.
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Marinade Finance is the original Solana LST protocol, launched in 2021. The product is mSOL, an interest-bearing receipt token whose redemption value increases as staking rewards accrue. mSOL holders can redeem 1:1 for staked SOL after a 2-day cooldown, or sell mSOL on the market for instant liquidity at a small market-determined discount.
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Marinade's distinguishing feature is its delegation strategy. The protocol distributes stake across 100+ validators using a public validator-scoring algorithm that weights commission, uptime, decentralization, and stake concentration. The goal is to spread stake widely (avoiding concentration on a single validator) while penalizing underperforming validators. Marinade's documentation details the scoring methodology.
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Marinade also runs a "stake-auction marketplace" where validators can bid to attract Marinade stake by offering a portion of their commission back to mSOL holders. This is a market-driven incentive for validators to compete on performance.
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mSOL is integrated as collateral in Kamino, MarginFi, Save, and Drift, and is a common LP asset in Orca and Raydium pools.
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Marinade's fee model: 6% of staking rewards go to the protocol treasury and validator scoring incentives. Net mSOL APY is therefore roughly 94% of native staking yield, or approximately 6.4% as of April 2026.
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Jito launched its LST in late 2022 and grew rapidly to surpass Marinade's TVL by 2024. Jito's distinguishing feature is MEV revenue capture: Jito operates the dominant MEV-aware validator client on Solana, and JitoSOL captures a share of MEV rewards on top of base staking yield.
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The mechanism: Solana validators running the Jito client participate in MEV auctions where searchers bundle transactions and pay validators for inclusion. The MEV revenue accrues to validators who run Jito client; JitoSOL stake is delegated preferentially to those validators. The MEV revenue boost typically adds 0.5–1.5% APY on top of base staking yield, though the boost is highly variable across epochs and depends on Solana network MEV activity.
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The token is integrated as collateral and LP across most major Solana DeFi protocols.
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Jito's fee model is also a 6% protocol fee on staking rewards (matching Marinade), but the MEV revenue stream gives JitoSOL a higher gross yield. Net JitoSOL APY is typically 7–8% versus mSOL's 6.4% during normal MEV conditions, though this gap narrows or inverts during low-MEV epochs.
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The two protocols have meaningfully different validator-selection philosophies:
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Marinade emphasizes decentralization and validator competition. Stake is distributed across 100+ validators with an explicit cap on per-validator concentration. The validator-scoring algorithm rewards smaller validators that meet performance thresholds, which contributes to overall network decentralization. The trade-off: Marinade's stake is dispersed enough that it can't easily extract MEV-style rents.
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Jito concentrates stake on validators running the Jito MEV client. As of April 2026, this is roughly 60% of Solana's total stake — a significant share. The concentration creates higher MEV yield for JitoSOL holders but means Jito is structurally less dispersed than Marinade. Critics argue this incentivizes a single validator client, with implications for Solana's overall validator-software diversity.
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For users prioritizing yield, Jito's MEV boost is the clear choice. For users prioritizing decentralization (or distrustful of MEV-revenue dependency), Marinade is more aligned with that philosophy.
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Both mSOL and JitoSOL are widely supported across Solana DeFi:

One subtle difference: JitoSOL's deeper LP pools make it slightly preferable for large trades. mSOL's pool depth is sufficient for most retail and mid-size flows but lags JitoSOL by a meaningful margin. Slippage on a $5M JitoSOL → SOL swap is typically 5–15bp; the same swap in mSOL can be 10–25bp. Stablecoin swap aggregators covers a related comparison for stables.
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The yield gap between JitoSOL and mSOL comes almost entirely from MEV. Solana MEV is real and substantial: searchers pay validators for transaction-bundle inclusion to extract arbitrage, liquidation, and similar opportunities. The Jito client is the dominant MEV-aware Solana validator client, and validators running it auction blockspace through Jito's offchain auction system.
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Per Jito's network dashboard, MEV revenue distributed to validators running the Jito client has totaled hundreds of millions of dollars annualized through 2025–2026. JitoSOL captures 95% of MEV revenue (the remaining 5% goes to the Jito DAO treasury) and passes it to JitoSOL holders as yield.
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The MEV component is highly variable. During memecoin-launch frenzies or large liquidation events, MEV spikes dramatically. During quiet markets, MEV revenue can compress to near zero. Annualized JitoSOL APY therefore moves between roughly 7% (low-MEV periods) and 9%+ (high-MEV periods), versus Marinade's relatively stable 6.4%.
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This is the core trade-off: JitoSOL's yield is higher in expectation but more volatile. mSOL's yield is more predictable but lower.
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Marinade and Jito are the two largest, but the Solana LST landscape is broader:

For most users and treasury teams, the choice is between mSOL and JitoSOL. The smaller LSTs are useful for portfolio diversification or for specific yield-strategy reasons (e.g., access to certain LP pools).
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Both protocols share several risk categories specific to liquid staking:
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Slashing risk. Solana doesn't currently implement slashing in the consensus layer (unlike Ethereum). Validator misbehavior produces opportunity-cost penalties (reduced rewards) but not principal loss. This may change with future consensus changes; both protocols would be exposed similarly.
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Smart-contract risk. Both protocols have been audited (Marinade by Kudelski Security and others; Jito by OtterSec, Halborn, Trail of Bits). Neither has had a major exploit. Both manage billions in deposited SOL, so the smart-contract surface is meaningful.
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Validator failure. If a validator goes offline, the LST stake delegated to that validator earns no rewards for the downtime. Both protocols' algorithms reduce delegation to underperforming validators on subsequent epochs.
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Discount risk. mSOL and JitoSOL trade at a small discount to their NAV during stress events (because the 2-day cooldown means instant exits are not at NAV). Discounts have historically been within 50bp during normal conditions but widened to 1–3% during sharp SOL drawdowns in 2022–2023.
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Validator-client centralization (Jito-specific). Jito's dominance as a validator client raises questions about software diversity in Solana's validator set. If a bug in the Jito client surfaced, a large fraction of the network would be affected simultaneously. The same concern exists for Geth on Ethereum. Mitigation is alternative client adoption, which is a long-term ecosystem question rather than a short-term protocol risk.
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MEV-revenue regulatory risk (Jito-specific). The MEV-revenue model relies on offchain auction infrastructure that intersects with regulatory questions about ordered transaction inclusion. Future regulatory changes could affect MEV economics. Marinade has less exposure here because mSOL doesn't depend on MEV revenue.
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A common Solana DeFi pattern uses LSTs in a leverage loop:

Each loop amplifies the staking-yield-minus-borrow-rate spread. With JitoSOL at ~7.5% APY and SOL borrow rates at ~3%, a 4x loop produces an effective ~15% yield on the original SOL deposit. The risks are amplified proportionally: a SOL price drop or borrow-rate spike can cascade liquidations through the loop.
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Treasury teams using this pattern typically run automated health-factor monitoring with auto-deleveraging triggers. Without active management, a position can liquidate during a SOL crash before manual intervention is possible.
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Liquid staking is downstream of where stablecoins enter Solana. Eco handles the cross-chain leg: when a treasury team or DeFi protocol moves USDC or other stablecoins from Ethereum or another EVM chain to Solana, Eco selects the optimal rail (CCTP, LayerZero, Wormhole) based on cost and speed. Once the stablecoin is on Solana, the team can swap into SOL via Jupiter and stake into Marinade or Jito. The reverse flow — exit JitoSOL to USDC, bridge USDC back to Ethereum — works through the same orchestration. Eco's role is ensuring the bridge step is unified across chains rather than per-rail, with the routing decision opaque to the application. Cross-chain liquidity protocols covers the full rail set, and cross-chain messaging protocols covers the underlying transport layer used between chains.
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For yield, JitoSOL pays 0.5–1.5% more APY than mSOL because of MEV revenue capture. For decentralization-aware allocators, Marinade's broader validator distribution may align better with stated values. Both are mature audited products with multi-billion-dollar TVL.
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Yes. Both are supported as collateral in Kamino, MarginFi, Save, and Drift Spot. LTV ratios are similar (typically 70–75%). You can loop either token to amplify staking yield. Solana DeFi apps covers the integration breadth across the lending ecosystem.
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Approximately 2 days for native unstaking through either protocol's redeem function (matching Solana's epoch boundary plus cooldown). Instant exit is also possible by selling the LST on a DEX at a small NAV discount. Both protocols have integrated instant-unstake adapters that handle the swap automatically.
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No minimum on either protocol. Marinade and Jito both let you stake any amount of SOL and receive proportional mSOL or JitoSOL. Even fractional-SOL deposits work, though Solana's rent-exemption requirements mean very small balances may be impractical.
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Bridge USDC via Circle's CCTP, or use a cross-chain stablecoin orchestrator. Once on Solana, swap USDC for SOL on Jupiter, then stake. Eco handles the cross-chain leg in a single API call. Cross-chain stablecoin swap infra covers options.
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Solana doesn't currently implement slashing in the consensus layer, unlike Ethereum's protocol-level slashing. Validator misbehavior produces opportunity-cost penalties (reduced staking rewards) rather than principal loss. This may change with future consensus updates.
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