Solana Liquid Staking in 2026: Everyone Stakes, Few Go Liquid

Ethereum taught the rest of crypto what liquid staking is: lock up your coins, receive a token that keeps earning while you trade it, lend it or post it as collateral. Solana copied the idea years ago, and yet on Solana almost nobody uses it. Roughly 68% of all SOL is staked, the highest participation rate of any large proof-of-stake network, but under a fifth of that stake sits inside a liquid staking token. On Ethereum the comparable figure is closer to a third. That gap is the entire story of Solana liquid staking in 2026, and it is more interesting than it sounds.

The reason is not laziness. It is design. Proof-of-work chains like Bitcoin pay the people who secure the network, the miners, and pay holders nothing at all; the whole economics of that trade lives in hashprice and the security budget. Proof-of-stake flips it: the people who lock coins are the ones who earn. Solana made locking coins trivial. It never asked stakers to buy 32 units of anything or run a machine in a spare room, so the convenience that turned stETH into a giant on Ethereum is a weaker pull here. What is pulling instead, in 2026, is a different set of forces: MEV revenue that Jito routes back to token holders, an exchange-traded-fund bid that suddenly wants on-chain yield in a wrapper a compliance desk will sign off on, and infrastructure from Sanctum that lets almost any validator mint its own liquid token. This piece walks through how it works, where the yield really comes from, what can still break, and why a 2025 change of heart at the SEC matters more than any single product launch.

What a liquid staking token actually does

Native staking on Solana is simple. You delegate SOL to a validator, the validator produces and votes on blocks, and your stake earns a share of the rewards. You keep custody the entire time; delegation is not a transfer of ownership. The catch is liquidity. Staked SOL is not spendable, and you cannot leave instantly. Solana organizes time into epochs of about 432,000 slots, which at current block times works out to roughly two days, and stake only activates or deactivates at an epoch boundary. Unstake in the middle of an epoch and you wait for it to end; the cooldown can run up to about two days before the SOL is withdrawable, according to Helius. The protocol also caps how fast stake can leave, refusing to let more than 25% of total active stake deactivate in a single epoch, a safeguard against sudden security cliffs.

A liquid staking token removes the wait. You deposit SOL into a stake pool, the pool spreads it across validators and hands you a token, JitoSOL or mSOL or bnSOL, that represents your slice of the pool plus the rewards it keeps accruing. You can sell that token, swap it or lend it at any moment, because the buyer is really buying your future claim on staked SOL, not asking the network to unstake anything. Most Solana LSTs use an appreciating exchange-rate model rather than a rebasing one: the token count in your wallet stays the same while each token slowly becomes worth more SOL. JitoSOL, for example, is now worth about 1.30 SOL, reflecting the rewards piled up since it launched in 2022 (CoinGecko). That is the mechanical heart of it: an LST is a market-priced IOU for stake you would otherwise have to queue to reclaim.

Why Solana’s version looks nothing like Ethereum’s

On Ethereum, liquid staking solved a real barrier. Running a solo validator meant staking exactly 32 ETH, keeping a node online around the clock, and risking penalties for downtime. Lido’s pitch was that anyone with less than 32 ETH, or no wish to babysit hardware, could still earn by holding stETH. That convenience is why liquid staking swelled to roughly a third of all staked ETH.

Solana never built that wall. Its delegated proof-of-stake has no minimum stake and no requirement to run your own machine; you can delegate any amount from a normal wallet in a few clicks. So the easy, obvious thing, native delegation, is already what most holders do, and it is why Solana’s staking rate sits near 68% while its liquid staking penetration lags far behind. Bankless frames the paradox neatly: the same ease that makes Solana staking popular is what makes its liquid staking tokens optional. The value proposition therefore shifts. On Solana an LST is not mainly about access. It is about three other things: keeping your capital usable in DeFi while it earns, skipping the epoch-bound unstaking wait, and capturing MEV that plain delegation often leaves on the table.

Composability is the part that does the heavy lifting. A staked SOL position earns yield but does nothing else; a liquid staking token earns the same yield and can simultaneously serve as collateral on lending markets like Kamino, back a leveraged position on a perpetuals venue, or sit in a liquidity pool collecting trading fees. In practice that lets a holder stack a second layer of return on top of the base staking rate, which is why the deepest pools of LST liquidity now live inside DeFi protocols rather than in wallets. It also imports DeFi’s risks, since a token used as collateral can be liquidated if its price wobbles, a point the mSOL episode below made painfully.

The numbers: high stake, low liquidity

The scale is worth pausing on. About 421.8 million SOL, some 68.3% of the circulating supply, is staked, the richest staking ratio among major networks, per Datawallet. SOL itself trades near $93.69 for a market cap around $54.6 billion, up about 26% on the week but still some 68% below its January 2025 record of $293.31 (CoinGecko). Native staking pays roughly 5.75% to 6.5% a year before validator commission, and liquid staking tokens have paid roughly 5.9% to 7.5% depending on how much MEV their validators capture. Liquid staking’s share of that stake jumped from 11.6% to 17.6% in a single quarter at the end of 2025, the largest such move on record, but it is still a small slice of a very large pie.

One number in that table deserves a flag. Solana has only around 791 active validators, down from a peak near 2,500 in March 2023 (Datawallet). Fewer validators means stake is more concentrated, which is exactly the backdrop against which the liquid staking centralization debate plays out later in this piece.

The staking rate also shapes how easy it is to get in and out. Ethereum runs activation and exit queues that can back up for weeks when demand surges, so liquid staking tokens there double as a way to skip the line. Solana has no such global queue; its constraint is the epoch clock and a cap on how much stake can exit at once, not a multi-week backlog. That makes the instant-liquidity pitch a little milder on Solana, and it is another reason native staking, rather than the liquid kind, stays the default for most holders.

JitoSOL and the MEV dividend

If Solana liquid staking has a flagship, it is JitoSOL. Jito’s edge is MEV, the value that block producers can extract from the way they order transactions. On most chains that value leaks to a handful of searchers and bots. Jito built a Block Engine that auctions blockspace and collects the tips, then routes a large share of those proceeds back to the validators in its pool and, through them, to JitoSOL holders. That is why JitoSOL has generally out-yielded plain native staking: it stacks base issuance and fees on top of an MEV kicker.

The plumbing became a governance question in 2026. A proposal known as JIP-24 and the launch of a TipRouter network aligned Jito’s MEV revenue behind the DAO, directing tips through an on-chain distribution and sending a cut to the treasury, per Tokenomics.com. The DAO treasury closed the second quarter near $164.7 million, most of it JTO holdings, up sharply from about $68.2 million three months earlier. Jito has also pushed beyond liquid staking into restaking, letting SOL and LSTs help secure additional services through node consensus networks, the Solana echo of the trend we traced in restaking and its great unwinding.

Lucas Bruder, chief executive of Jito Labs, has argued in interviews that MEV is an unavoidable byproduct of a fast chain and that the useful question is not whether it exists but who captures it; Jito’s answer is to auction it transparently and hand the proceeds to stakers rather than let it be scraped quietly (a16z crypto podcast). By his account the Jito Block Engine now touches the large majority of Solana’s stake and has generated hundreds of millions of dollars in extra revenue for validators. That reach is a selling point and, as the concentration section explains, a worry.

The market map: five ways to hold liquid SOL

JitoSOL may be the best known, but it is no longer the biggest by total value locked, and the market has fragmented fast. Marinade, once the category leader, saw its share of liquid staking slide from roughly 60% to about 22% over the past year, while Jito’s slipped from around 35% to about 20%, as newer issuers grew (Datawallet). The single largest liquid token is now Binance’s bnSOL; the largest pool of value overall belongs to the Sanctum validator-LST family, which is really many small tokens sharing one liquidity layer.

The split down the middle of that table matters more than the exact numbers. bnSOL is issued by an exchange that holds the keys and runs the validators, which puts it in the same trust bucket as the custodial staking products we compared in the exchange bank test. JitoSOL, jupSOL and the Sanctum tokens are contract-based and permissionless: no company can freeze your position, but you inherit smart-contract risk instead of counterparty risk. Neither is strictly safer; they fail in different ways.

Sanctum and the infinite LST idea

Sanctum is the reason the market map has so many names on it. Rather than run one dominant token, Sanctum built the rails that let any validator issue its own liquid staking token and still tap shared liquidity. It has three parts, per Bankless: a Router that swaps between LSTs, a Reserve that provides instant unstaking liquidity so holders do not have to wait for an epoch, and an Infinity pool that bundles many LSTs together and issues a basket token, INF. The design turns liquid staking from a winner-take-all race into something closer to a utility layer, which is how a swarm of individually small validator tokens adds up to the largest TVL bucket on the chain.

This is also the clearest structural contrast with Ethereum, where the whole debate is about one protocol, Lido, growing too big. Solana’s liquid staking is spreading out rather than consolidating, at least at the token layer. Whether that is genuine decentralization or just cosmetic, given how much shared infrastructure sits underneath, is a fair question, and it points straight at the concentration problem.

Where the yield actually comes from

A 7% yield is not 7% of free money. Solana staking rewards come from three sources, and only two of them are real income. The first is protocol issuance, new SOL minted and paid to stakers on a schedule that declines each year toward a low terminal rate. Issuance is the largest component of the headline APY, but it is also dilution: every holder who does not stake is being quietly watered down to pay those who do. The second source is priority fees, paid by users to get their transactions in sooner. The third is MEV, the ordering value that Jito and others recycle. Fees and MEV are genuine external revenue; issuance is a transfer between holders.

That distinction is why Solana’s community spent 2026 arguing about its emission curve. Proposals to move Solana toward a market-based issuance model, lowering inflation when participation is high, would cut the nominal yield while leaving the real, fee-and-MEV portion intact. Grayscale’s research team has argued Solana’s version of that reform has broader support and better odds than Ethereum’s parallel debate (news.bitcoin.com). For an LST holder the practical takeaway is blunt: a token whose yield leans on MEV and fees is on firmer ground than one riding mostly on issuance, because issuance is the part policy can vote away.

The mSOL depeg, and why an LST can still break

Liquid staking tokens are supposed to track the value of the SOL behind them, and most of the time they do. But a token trading on an open market can drift from its backing during stress, and on Solana the case study is mSOL. On 12 December 2023 a single holder dumped roughly $8 million of mSOL into thin liquidity, and the token slipped about 15% below its backing intraday, falling from around $78 to $66 before arbitrageurs bought it back within the same session (SolanaFloor).

The damage was not the depeg itself, which reversed quickly, but the liquidations it set off in lending markets that used mSOL as collateral. The episode turned into a public argument between lenders MarginFi and Solend over whether an LST’s market price or its underlying redemption value should drive liquidations, with Solend insisting its system should ignore short-term LST depegs entirely (Solana Compass). Ethereum lived through a larger version of the same lesson when stETH traded below ETH during the 2022 Terra and Three Arrows collapse. The moral holds on both chains: an LST is only as safe as the thinnest pool you might have to sell it into, and the oracle a lender uses to price it.

There is a second, more mundane risk that costs users more in aggregate than any depeg: fraud. Fake liquid staking sites, cloned tokens and airdrop lures are a staple of the Solana scam economy, and they have grown more convincing as attackers automate their craft, a shift we documented in how crypto phishing learned to fish. The defense is boring and effective: reach LST contracts only through the issuer’s verified channels, and treat any promise of a yield far above the roughly 5% to 7.5% that Solana staking actually pays as a red flag.

The concentration question: Jito, clients and Firedancer

Solana’s liquid staking has a centralization story too, and it is not really about tokens. It is about Jito. Because the Jito Block Engine intermediates the large majority of the network’s stake for MEV, and because JitoSOL is the benchmark LST, an unusual amount of Solana’s economic activity flows through one company’s infrastructure. Concentrated stake plus concentrated MEV routing is the kind of single point that makes protocol researchers nervous, the Solana analogue of the long-running worry that a single provider could dominate Ethereum staking.

The counterweight arrived in the validator client layer. For years almost every Solana validator ran the same codebase, first Solana Labs’ client, then Anza’s Agave and Jito’s MEV-enabled fork of it. Jump Crypto’s Firedancer, an independent client written from scratch in C, reached mainnet at the end of 2025 and by mid-2026 accounted for roughly 14% of stake in its full form, with its hybrid Frankendancer build carrying another 26%, leaving the Agave and Jito-Solana lineage at around 60% (The Block). That is real client diversity where there was almost none, and it lowers the odds that a single bug takes the whole chain down. It does not, by itself, dilute Jito’s grip on MEV, which is a business-layer concentration rather than a software one. For LST holders the honest summary is that Solana’s resilience improved in 2026 while its dependence on Jito’s economics did not.

The ETF bid: staking yield goes to Wall Street

The most consequential new buyer of Solana staking in 2026 does not hold a wallet. It holds a ticker. A wave of US exchange-traded funds now stakes the SOL they hold and passes the rewards to shareholders, turning on-chain yield into something a brokerage account can buy. The REX-Osprey SOL + Staking ETF (SSK) opened the door on 2 July 2025 with about $33 million of first-day volume and $12 million of inflows, and crossed $100 million in assets within twelve trading days, per Bloomberg Intelligence analyst Eric Balchunas. Bitwise’s BSOL, the first US spot Solana fund, followed in late October 2025 with what Balchunas called the strongest ETF debut of the year across any asset class, and had gathered roughly $730 million in net assets by mid-August 2026 (Bitwise).

The pipeline keeps filling. Morgan Stanley refiled a staked Solana ETF under the ticker MSOL in mid-2026, proposing a 0.14% fee, the ability to stake up to 100% of holdings through third parties, and a pass-through of 95% of staking rewards to shareholders (Crypto Briefing). Grayscale’s Zach Pandl, the firm’s head of research, has said he expects at least 5% of SOL supply to end up inside ETF structures within one to two years (DL News). Some issuers plan to hold liquid staking tokens directly rather than stake raw SOL, which would make JitoSOL a reserve asset inside a regulated fund, a striking round trip for a token born in DeFi.

Taken together, US spot Solana funds had pulled in on the order of a billion dollars by 2026, and the staking versions are the ones drawing fresh money even on down days, a sign that the yield, not just the price exposure, is what buyers want (Datawallet). For Solana that inflow cuts both ways: it deepens demand for SOL and for the LSTs some funds hold, but it also parks a growing share of stake with a handful of large, US-regulated custodians, nudging the network’s validator map back toward the concentration questions raised earlier.

Regulation: the SEC’s liquid staking about-face

None of those funds could exist without a change of view at the SEC, and the shift was sharp. In February 2023 the agency fined Kraken $30 million and forced it to shut its US staking-as-a-service program, treating retail staking products as unregistered securities. That was the high-water mark of enforcement. Then the tide turned. In May 2025 the SEC’s Division of Corporation Finance said that protocol staking, whether solo, delegated or custodial, is not by itself a securities transaction, and Commissioner Hester Peirce underscored the point in a companion statement titled “Providing Security is not a ‘Security’”.

The decisive move for this topic came on 5 August 2025, when the same staff extended that reasoning to liquid staking and to the receipt tokens it produces, the category JitoSOL and mSOL sit in (SEC). Minting a token that simply represents staked assets, the staff reasoned, is administrative rather than an investment contract. The guardrails still matter: a provider that guarantees a fixed return, or that exercises real discretion over how and when to stake, can fall outside the safe harbor. A March 2026 joint interpretive release from the SEC and CFTC then slotted assets like SOL into a digital-commodity framework, clarifying who regulates what. The direction of travel mirrors the way Washington is drawing lines around other forms of on-chain yield, from staking to the stablecoin regime we unpacked in the GENIUS rulebook: yield is allowed, but the wrapper and the disclosures decide whether it is legal.

Alpenglow and what changes next

The chain underneath all this is about to get much faster. Alpenglow, described by its engineers at Anza as Solana’s largest-ever protocol upgrade, replaces the old Proof of History and Tower BFT consensus with two new components, Votor for voting and Rotor for block propagation. The headline is finality: the time to irreversibly confirm a block falls from roughly 12.8 seconds to somewhere between 100 and 150 milliseconds, about a hundredfold improvement (Crypto Briefing). A community validator test cluster went live on 11 May 2026, with mainnet expected in late 2026.

Here is the subtlety that matters for liquid staking: Alpenglow speeds up how quickly transactions finalize, but it does not touch the epoch clock that governs staking and unstaking. Reclaiming native stake will still mean waiting for an epoch boundary and a cooldown of up to a couple of days. So the core reason to hold an LST, instant liquidity on an asset that otherwise makes you wait, survives the upgrade intact. If anything, a faster and cheaper chain with more DeFi throughput makes composable liquid tokens more useful, not less. Combine that with Firedancer’s push toward higher capacity and the 2026 setup is a network that is more resilient, quicker to confirm, and just as reliant on liquid staking to keep staked capital in motion.

How to weigh a Solana liquid staking token

If you are choosing between tokens rather than reading about them, a short checklist separates the durable from the risky. None of this is financial advice, but each item maps to a failure mode described above.

• Yield source: favor tokens whose extra return comes from MEV and fees, not just issuance, because issuance can be voted down.
• Redemption depth: check how quickly you can exit into SOL or stablecoins, and whether that relies on a Reserve, a deep swap pool, or the epoch queue.
• Trust model: decide whether you prefer contract risk (JitoSOL, jupSOL, Sanctum tokens) or counterparty risk (bnSOL and other exchange products).
• Decentralization: a token that spreads stake across many validators is healthier for the network than one that piles it onto a few.
• Audits and track record: prefer contracts that have been audited and have survived real market stress.
• Wrapper: for a hands-off holder, a staking ETF trades away some yield in exchange for custody and reporting you do not have to manage yourself.

The through-line of Solana liquid staking in 2026 is that it stopped being a niche DeFi trick and became infrastructure, wired into lending markets, MEV pipelines and, now, regulated funds. It is still the small cousin of native staking by volume. But it is where the interesting money, the MEV, the institutions and the regulators, has decided to meet.

Frequently Asked Questions

What is the best Solana liquid staking token in 2026?

There is no single best token. JitoSOL is the largest permissionless liquid staking token and the benchmark for MEV-boosted yield; Binance’s bnSOL and the Sanctum validator-LST family are larger by total value locked but sit closer to exchange or infrastructure trust models; Jupiter’s jupSOL and Marinade’s mSOL round out the field. The right pick depends on whether you value MEV yield, exit liquidity, a decentralized validator set, or a regulated wrapper.

How is Solana liquid staking different from Ethereum’s?

Ethereum required 32 ETH and a node to stake solo, so liquid staking tokens like stETH won mass adoption by removing that barrier. Solana’s delegated proof-of-stake has no minimum and no home hardware, so native staking is already easy and about 68% of SOL is staked. Liquid staking penetration is therefore far lower on Solana, under a fifth of stake, than on Ethereum, near a third. On Solana the draw is composability, instant liquidity and MEV rewards rather than access.

Is JitoSOL safe?

JitoSOL is backed by staked SOL and has a long track record, but it is not risk-free. It carries smart-contract risk, the risk of a temporary market depeg during stress as mSOL saw in December 2023, and concentration risk because much of Solana’s stake and MEV flow routes through Jito. Treat any liquid staking token as a DeFi position, not a savings account.

What yield does Solana liquid staking pay in 2026?

Native SOL staking pays roughly 5.75% to 6.5% a year before validator commission, and liquid staking tokens have paid roughly 5.9% to 7.5% depending on how much MEV their validators capture. Part of that headline yield is new token issuance, so the real after-dilution return is lower than the nominal number.

Can I get Solana staking yield through an ETF?

Yes. The REX-Osprey SOL + Staking ETF (SSK) and Bitwise’s BSOL already pass on-chain staking rewards to shareholders, Grayscale offers a staking product, and Morgan Stanley has filed a staked Solana ETF under the ticker MSOL. These products exist because the SEC’s Corporation Finance staff said in 2025 that liquid and protocol staking are not, by themselves, securities transactions.

By Yuki Tanaka, staff writer at HOGE Wire covering DeFi, staking and on-chain markets.