What is Jito Network?

Jito Network is a liquid staking and Maximum Extractable Value protocol built on Solana by Jito Labs. Users deposit SOL and receive JitoSOL, a liquid staking token that accrues standard staking rewards alongside a share of the MEV tips generated when traders pay to have transactions ordered favourably within a block.

The protocol's real influence comes from infrastructure rather than the staking pool. The Jito-Solana validator client became the network standard, and combined with the newer Block Assembly Marketplace, Jito's block-building stack now runs on roughly 60% of Solana's stake, more than triple its nearest competitor. That position makes it foundational plumbing for the entire chain.

Jito's core insight was treating MEV as revenue to be redistributed rather than a parasitic tax on users. By running an off-chain auction for blockspace and routing the proceeds back to validators and stakers, it converted a source of congestion and front-running into an additional yield stream, which is why JitoSOL historically out-yielded plain SOL staking.

The 2026 picture is more complicated than the growth story of previous years. Protocol revenue has declined for five consecutive quarters, falling from roughly $26 million in early 2025 to about $1.28 million in the second quarter of 2026, while JitoSOL's supply contracted and rival liquid staking tokens took share. Jito's response has been to expand into block building and trading rather than defend staking alone.

How Does Jito Network Work?

At its foundation Jito is a Solana stake pool wrapped around MEV-optimised infrastructure. The three components below explain how value gets captured and returned to stakers.

1. Bundles and the Block Engine

Traders and searchers submit bundles, groups of up to five transactions that execute atomically in a guaranteed sequence or fail together entirely. This all-or-nothing property is what makes arbitrage, liquidations, and launch strategies viable without the risk of partial execution.

The Block Engine runs an off-chain auction each block, selling that blockspace to whoever bids the highest tip. Because bidding happens away from the public mempool, spam is reduced and validators capture value that would otherwise leak to whoever spammed the network hardest.

A relayer sits in front of the engine, filtering and ordering incoming bundles so only viable, well-priced transactions reach validators. The combined effect is less congestion for ordinary users and materially higher per-block revenue for the validators running Jito's client.

2. MEV Reward Distribution

Tips accumulated through the auction are pooled and distributed at the end of each epoch. Validators take a commission, and the remainder flows to stakers, which is the mechanism that lifts JitoSOL's yield above what native delegation produces.

Distribution runs through TipRouter, an on-chain system that removes reliance on a centralised operator to calculate and disburse rewards. This matters because tip volumes are large, and automating the split reduces both trust assumptions and operational risk.

The size of this premium is directly tied to market activity. When Solana trading is frenzied, tips surge and JitoSOL's yield advantage widens; when activity cools, as it has through 2026, the premium compresses and JitoSOL's edge over ordinary staking narrows considerably.

3. StakeNet and Validator Selection

StakeNet automates how the pool allocates SOL across validators, scoring them on uptime, performance, commission, and MEV contribution. Underperforming operators lose delegation automatically, without a multisig or committee making discretionary calls.

The pool spreads stake across more than 200 validators, which supports network decentralisation while protecting stakers from any single operator's downtime. For depositors, this removes the need to research and monitor individual validators themselves.

JitoSOL and Staking Yields

JitoSOL is a reward-bearing token rather than a rebasing one, meaning the quantity in your wallet never changes while its value relative to SOL steadily climbs.

Understanding this accrual model matters before staking:

• Value accrual: Each JitoSOL is redeemable for progressively more SOL over time as staking rewards and MEV tips compound into the pool, so gains show up in the exchange rate rather than token count.
• Current yield: JitoSOL's implied APY sat near 5.6% to 5.7% through mid-2026, down from the 7%-plus levels of 2025 as MEV tip volume roughly halved alongside cooling Solana activity.
• Automatic compounding: Rewards earned by pool validators increase the total SOL backing JitoSOL without minting new tokens, so no manual claiming or restaking is required from holders.
• DeFi composability: With acceptance across more than 50 Solana protocols, JitoSOL works as collateral on lending markets like Kamino and Drift, or in liquidity pools for stacked yield strategies.
• Unstaking options: Redeeming through the app takes roughly two to three days, though holders can exit instantly by swapping JitoSOL for SOL on a decentralized exchange at a small discount.
• Withdrawal depegs: JitoSOL can trade slightly below its redemption value when withdrawal queues build, which is normal for liquid staking tokens but relevant if the position backs a leveraged loan.

Why JitoSOL's Yield Advantage Narrowed

For most of its history JitoSOL delivered a 20% to 30% premium over native Solana staking because MEV capture is genuine revenue rather than a subsidised incentive. That structural advantage still exists, but its magnitude has shrunk.

Two forces compressed it. Transaction-ordering tips fell by roughly half during the second quarter of 2026 as speculative on-chain activity cooled, and the same shrinking tip pool is divided across a large staked base, diluting the per-token benefit.

The result is a narrower gap rather than a vanished one. JitoSOL still generally out-yields plain delegation, but the difference no longer justifies treating it as an obviously superior choice without comparing live rates against competing liquid staking platforms.

Jito's Block Assembly Marketplace (BAM) Explained

BAM is Jito's replacement for its own block engine, and the most consequential change to Solana block production in years. Announced in July 2025 and live on mainnet that September, it rebuilds transaction sequencing to be modular, verifiable, and distributed rather than run by a single closed operator.

The system routes transactions through independently operated scheduler nodes that run inside Trusted Execution Environments, hardware enclaves that keep transaction contents private until the moment of execution. Each node publishes cryptographic attestations, letting anyone verify that ordering was computed honestly rather than trusting the operator's word.

That privacy property directly attacks toxic MEV. Because pending transactions stay encrypted inside the enclave, sandwich attacks and opportunistic front-running become substantially harder to execute, which improves execution quality for ordinary traders already contending with Solana network fees during congestion.

BAM's Plugins framework is the longer-term bet. Protocols can define custom sequencing rules at the block-building layer, such as native slippage protection or anti-sandwich guards, turning blockspace into programmable infrastructure and creating revenue streams Jito can monetise beyond simple tip capture.

BAM Adoption and the Revenue Trade-Off

Adoption has been rapid. BAM's share of Solana stake climbed from around 14% at the end of 2025 to 28.1% in the first quarter of 2026, with validator count rising 56% to 363, then reached roughly 33% of network stake by the second quarter.

That growth was bought deliberately. Through governance proposal JIP-31, Jito directed protocol revenue into validator subsidies rather than token buybacks, effectively paying operators to adopt BAM during a transition window that was later extended into the third quarter of 2026.

The trade-off is visible in the financials. Jito ended the second quarter with a much larger infrastructure footprint but continued pressure on revenue, betting that owning Solana's sequencing layer will prove more valuable long-term than returning cash to token holders today.

JTX: Jito's Trading Platform

JTX is Jito's self-custodial trading terminal, announced in May 2026 and launched on 14 July 2026. It aggregates Solana liquidity into a professional interface for spot and derivatives trading, positioning Jito as a front-end for traders rather than only the infrastructure beneath them.

Strategically it targets the venue capturing the most trading revenue in crypto. JTX competes directly with Hyperliquid, though it runs on Solana's shared Layer 1 rather than a purpose-built chain, gaining access to the full Solana liquidity ecosystem while inheriting whatever congestion the network experiences.

The token economics are what make JTX significant. Governance proposal JIP-38, passed one day before launch, commits the DAO's entire share of JTX revenue, which is 80% of platform fees, to programmatic open-market JTO buybacks and permanent burns running through at least the fourth quarter of 2027.

Whether this matters depends entirely on volume. Projected buybacks of roughly $19 million to $30 million annually still sit below JTO's emission schedule, so JTX needs substantial trading activity before the burn mechanism outpaces new supply entering circulation.

JTO Tokenomics

The Jito Governance Token underpins protocol decision-making, with holders voting on validator policy, treasury allocation, fee parameters, and protocol upgrades. Jito deliberately avoided a public sale, distributing instead through a retrospective airdrop to early users, validators, and JitoSOL holders.

JTO carries a fixed maximum supply of one billion tokens, allocated as follows:

• Community growth (34.3%): The largest allocation, covering the 10% initial airdrop to early users and validators plus tokens retained by the DAO for future community initiatives and incentives.
• Ecosystem development (25%): Held by the Jito Foundation to fund research, grants, new product development, and public-good initiatives across the Solana ecosystem.
• Core contributors (24.5%): Reserved for founders and team members, vesting over three years following a one-year cliff to align long-term incentives with protocol performance.
• Investors (16.2%): Allocated to early backers and venture firms on identical cliff-and-vest terms as the team, with a16z crypto later adding a $50 million strategic investment in late 2025.
• Ongoing unlocks: Roughly 1.15% of maximum supply unlocks monthly, with team and investor vesting continuing through December 2026, creating persistent supply pressure on the token.
• Value capture: JTO historically offered governance rights without direct revenue share, a gap that JIP-38's JTX buyback-and-burn mechanism was specifically designed to close.

JTO Price and Supply Pressure

JTO's price history has been punishing. After debuting in December 2023 and peaking above $5, the token fell to roughly $0.21 by February 2026, a decline exceeding 96%, before recovering to around $0.55 with a market capitalization near $280 million.

The core problem has been supply meeting weak demand. Annual emissions valued between $96 million and $128 million have consistently outweighed any buyback activity, while monthly unlocks add fresh tokens to a market where JTO carried no claim on protocol revenue.

The buyback pivot is Jito's attempt to break that dynamic. Directing JTX revenue into programmatic burns creates the first structural demand mechanism JTO has had, though its effectiveness remains entirely dependent on how much trading volume the new platform actually attracts.

What is Jito Restaking?

Jito Restaking, launched in late 2024, lets users put staked assets to work securing additional services on Solana, earning incremental rewards on capital that is already committed. The concept mirrors EigenLayer on Ethereum but is built natively for Solana's architecture.

Depositors receive Vault Receipt Tokens representing their restaked position, which remain liquid and usable across DeFi. Partner protocols including Fragmetric, Renzo, and Kyros issue their own restaked tokens on top of this infrastructure, letting users layer staking, MEV, and restaking yields together.

Scale has been modest relative to the hype. Solana restaking never approached Ethereum's figures, and TVL across partner vaults contracted through 2025 and 2026 as restaking yields normalised, leaving it a smaller contributor to Jito's overall business than staking or block building.

How to Use Jito Network

Getting started with Jito takes a few minutes and requires only SOL and a compatible wallet. The steps below cover staking, holding, and exiting:

1. Fund a wallet: Acquire SOL in a Solana wallet such as Phantom or Solflare, keeping a small amount spare to cover network transaction fees.
2. Open the staking app: Visit Jito's official staking interface and connect your wallet, verifying the URL carefully since staking sites are common phishing targets.
3. Deposit SOL: Enter the amount to stake and confirm the transaction, receiving JitoSOL at the current exchange rate rather than one-to-one, since the token has appreciated since launch.
4. Or swap instead: Alternatively, acquire JitoSOL directly by swapping through a DEX aggregator like Jupiter, which can be faster and occasionally cheaper than minting.
5. Put JitoSOL to work: Hold it to accrue staking and MEV rewards passively, or deploy it as collateral and liquidity across Solana DeFi protocols for additional yield.
6. Unstake when ready: Redeem through the app over roughly two to three days, or exit immediately by swapping back to SOL on a DEX at a marginal discount.

Validators can also run the Jito-Solana client or adopt BAM to increase per-block revenue and attract delegation, while developers and searchers can submit bundles directly through Jito's APIs to execute atomic strategies.

Jito vs Other Solana Liquid Staking Tokens

JitoSOL remains the largest standalone liquid staking token on Solana, but its dominance has eroded sharply as competitors carved out share. Comparing it against the leading Solana staking platforms clarifies where JitoSOL still leads and where it has lost ground:

• Sanctum (INF): An LST-of-LSTs that holds a diversified basket and captures swap fees from its Infinity pool, frequently posting the highest headline yields in the Solana market.
• Jupiter (jupSOL): Backed by Solana's dominant aggregator and built on Sanctum infrastructure, jupSOL grew rapidly by pairing competitive yield with Jupiter's enormous user base.
• DoubleZero (dzSOL): A newer entrant that scaled quickly to rival JitoSOL in size, illustrating how protocols increasingly launch their own LST rather than routing stake to Jito.
• Marinade (mSOL): The original Solana LST, distinguished by the most decentralised validator set at over 400 operators, though its market share has fallen substantially from earlier peaks.
• Binance (bnSOL): An exchange-issued LST that captures custodial users directly, competing on convenience for holders who already keep assets on the platform.
• JitoSOL's edge: Jito retains the deepest DeFi integration with over 50 protocol acceptances, the largest holder base, and genuine MEV revenue rather than subsidised incentives backing its yield.

The competitive shift is structural rather than temporary. JitoSOL's share of Solana's liquid staking market fell from roughly 20.3% to 17.3% in a single quarter, driven largely by protocols realising they can issue their own LST and retain the economics instead of delegating that value to Jito.

Risks When Using Jito

Jito is battle-tested infrastructure, but staking through it carries real risks worth understanding before committing capital. The key concerns are:

• Centralization concern: With Jito's block-building stack running on roughly 60% of Solana stake, its infrastructure represents a systemic dependency, and an outage or bug could affect a large share of the network simultaneously.
• Revenue decline: Protocol revenue has fallen for five consecutive quarters, and sustained weakness could constrain Jito's ability to fund development, subsidies, and buybacks without drawing down treasury reserves.
• Yield compression: MEV tips halved through 2026, narrowing JitoSOL's advantage over native staking and weakening the core reason many users chose it in the first place.
• Market share loss: Competing LSTs from Sanctum, Jupiter, and DoubleZero continue taking share, which reduces Jito's fee base and could erode the liquidity depth that makes JitoSOL useful as collateral.
• Token dilution: JTO emissions and monthly unlocks running through late 2026 outpace projected buybacks, so holding the governance token carries meaningful supply-driven downside risk.
• Smart contract exposure: Bugs in the staking pool, restaking vaults, or BAM's newer components could cause loss, so holding JitoSOL in a secure self-custodial wallet does not eliminate protocol-level risk.
• Execution uncertainty: JTX enters a fiercely competitive trading market against established venues, and the buyback thesis collapses entirely if the platform fails to attract meaningful volume.

Final Thoughts

Jito built something genuinely important on Solana, turning MEV from a hidden tax into shared revenue and giving stakers a yield premium that persisted for years. Its infrastructure now underpins a majority of the network's block production, which is a remarkable position for a protocol only a few years old.

The current chapter is harder than the last. Revenue has fallen for five straight quarters, JitoSOL is losing ground to rivals that increasingly prefer issuing their own tokens, and JTO trades far below its debut despite the protocol's operational entrenchment.

Jito's answer is expansion rather than retreat, spending revenue to grow BAM and launching JTX to build a direct value-capture mechanism. For stakers, JitoSOL remains a solid, deeply integrated option worth comparing against live rates elsewhere. For JTO holders, the thesis now rests almost entirely on whether Solana's staking economy and JTX volume can outgrow the token's emission schedule.