Liquid Staking Tokens (LSTs) Explained: Lido, Rocket Pool, and the 2026 Guide

TL;DR

• Liquid staking tokens (LSTs) are ERC-20 or SPL receipt tokens that represent staked ETH or SOL plus accrued validator rewards. They unlock the capital efficiency of staking — the underlying still earns validator yield while the token itself trades, lends, and farms in DeFi.
• Ethereum staking economics changed forever at the Merge (15 September 2022) — when ETH became a yield-bearing asset — and again at Shapella (12 April 2023) when withdrawals went live. By April 2026, 30 million ETH is staked, about 25% of supply.
• The market leaders are Lido (stETH/wstETH, ~28% market share), Rocket Pool (rETH), Coinbase cbETH, Frax frxETH/sfrxETH, Mantle mETH, Stader ETHx, StakeWise V3, Swell, Origin OETH and Diva Staking.
• On Solana the LST landscape is dominated by Jito JitoSOL, Marinade mSOL, Sanctum CLOUD and BlazeStake bSOL.

Table of contents

• What is a liquid staking token?
• Ethereum staking economics post-Merge and post-Shapella
• How LSTs work under the hood
• Rebase vs reward-bearing tokens
• Slashing risk and operator quality
• The top Ethereum LSTs in 2026
• LSTs in DeFi: Aave, Maker, Curve, Pendle
• LST rewards calculator: how to estimate APY
• Decentralization concerns and Lido's dominance
• LSTs vs centralized staking and ETF staking
• Solana LSTs
• Comparison table: top LSTs
• Research and reports
• Risks and criticism
• How to mint an LST step-by-step
• FAQ
• Glossary
• Related reading
• Sources and further reading

What is a liquid staking token?

A liquid staking token (LST) is a transferable on-chain receipt for capital deposited into a proof-of-stake validator pool. When a user gives 1 ETH to Lido, the protocol routes the ETH to one of its 39 vetted node operators, mints 1 stETH into the user's wallet, and starts compounding daily validator rewards into that stETH balance. The user can leave the position passive, or — and this is what "liquid" means — they can sell the stETH, lend it on Aave, pair it on a Curve AMM, lock it in Pendle for fixed yield, or post it as collateral against a Sky / MakerDAO USDS loan, all while the underlying capital continues to validate the chain.

The economic point of liquid staking is to remove the trade-off between earning staking yield and using the capital. Before LSTs, staked ETH was locked in an opaque queue, illiquid, and unusable as collateral; the consensus designers had assumed staking would be a "set-and-forget" activity. LSTs broke that assumption and routed staked ETH back into the wider DeFi credit and trading economy — and in the process became one of the largest categories on-chain.

In 2026 LSTs are no longer just a DeFi tool. They are reference yield instruments held by exchanges, custodians, treasury managers, and a growing list of regulated funds. The taxonomy below covers the protocol layer (Lido, Rocket Pool, Frax, Mantle), the token layer (stETH, wstETH, rETH, cbETH, frxETH, sfrxETH, mETH), and the integration layer (Aave collateral, Maker DSR, Pendle yield-trading, Curve liquidity).

Ethereum staking economics post-Merge and post-Shapella

Two events define modern Ethereum staking:

• The Merge — 15 September 2022. Ethereum transitioned from proof-of-work to proof-of-stake. Issuance dropped roughly 90%, ETH became a yield-bearing asset for the first time, and the validator set grew from a few hundred thousand at launch to nearly a million by 2026. The Merge made staking the canonical productive use of ETH.
• Shapella (Shanghai + Capella) — 12 April 2023. Until Shapella, ETH could be staked but never withdrawn. Shapella enabled validator exits and partial withdrawals. The risk premium that had compensated locked-up staking collapsed, and the staked-supply ratio jumped from ~14% pre-Shapella to ~22% within a year.

By April 2026 the result is unambiguous: 30 million-plus ETH is staked, ~25% of total supply, providing the security budget for a ~US$400B base layer. Net validator yield in 2026 sits at 3.0-3.5% APR (consensus rewards plus execution-layer priority fees, minus operator fees), down from 4.5-5% in 2022-2023 as the staked-supply ratio rose. Layer-2 throughput growth and MEV redistribution via MEV-Boost keep priority fees a meaningful fraction of total reward.

The Pectra hard fork (mainnet 7 May 2025) was the next inflection point. EIP-7251 raised the maximum effective balance per validator from 32 ETH to 2,048 ETH, allowing large operators to consolidate validators and dramatically reducing churn pressure on the entry/exit queue. EIP-7002 added execution-layer triggerable withdrawals — a key requirement for restaking and slashing-aware insurance products. The combined effect is that, by mid-2026, the validator queue is empty most days, and the marginal staker can deposit and earn yield within hours rather than the weeks-long wait of late-2023.

How LSTs work under the hood

Every Ethereum LST protocol implements the same general pipeline, with variations that drive the competitive landscape:

1. User deposits ETH into the protocol's smart contract.
2. Contract mints LST to the user 1:1 (or at the prevailing exchange rate for reward-bearing tokens).
3. Aggregated ETH is split across vetted node operators (Lido) or sold to permissionless minipool operators (Rocket Pool) or directly delegated (Frax frxETH, Mantle mETH).
4. Validators run the consensus client, sign attestations, and propose blocks. Rewards accrue to the protocol's withdrawal credentials.
5. Rewards are streamed back to the LST, either via a daily rebase (Lido stETH) or by appreciating the token's redemption price (rETH, cbETH, frxETH, mETH).
6. Withdrawals: the user burns LST and the protocol queues a validator partial withdrawal or exits a validator outright.

The architectural decisions that differentiate protocols are: (a) whether node operators are permissioned and curated (Lido) or permissionless (Rocket Pool, with RPL collateral); (b) whether the token rebases or accrues into price; (c) whether withdrawals are continuous or batched; (d) what slashing and penalty insurance is offered; and (e) the protocol's governance — DAO-governed (Lido, Rocket Pool, Frax) or company-issued (cbETH).

Rebase vs reward-bearing tokens

There are two LST accounting models, and the distinction matters a lot in DeFi:

• Rebase tokens — your wallet balance increases automatically as rewards accrue. Lido stETH is the canonical example. Pros: 1 stETH always equals roughly 1 ETH (modulo secondary-market depeg). Cons: rebase events break many DeFi integrations because lending markets and AMMs cache balances at deposit time; users see "lost" rewards if their stETH is in an integration that does not handle rebases.
• Reward-bearing (or "share") tokens — your wallet balance stays the same, but each token represents a growing share of the validator pool. wstETH (wrapped stETH), rETH, cbETH, sfrxETH, and mETH all use this model. Pros: clean ERC-20 semantics, no rebase plumbing, works in every lending market and AMM. Cons: 1 token slowly drifts away from 1 ETH — over a year a token might be worth 1.04 ETH, which is fine but confusing for newcomers.

The industry has converged on reward-bearing as the default for DeFi composability. wstETH (the wrapped form of stETH) is now the dominant Lido token in Aave, Maker / Sky and Pendle integrations.

Slashing risk and operator quality

Slashing is the consensus-layer penalty for validator misbehavior — double-signing, surround-voting, or signing conflicting attestations. Penalties range from a small offline-correlation penalty (a fraction of a percent) to a full ~1 ETH initial penalty plus a correlation penalty that scales with how much of the validator set is misbehaving simultaneously.

LST protocols mitigate slashing through:

• Operator vetting: Lido's Lido Node Operator Aggregate is 39 entities including Chorus One, P2P, Stakefish, Kiln, Figment, Allnodes, Blockdaemon and others, with a public scorecard.
• Distributed validator technology (DVT): Lido has been migrating stake to SSV Network and Obol-DVT clusters to remove single-machine failure modes. Lido V3 ships Stake Modules that allow third-party DVT operators to run isolated, parameterized validator sets.
• Insurance and bond requirements: Rocket Pool requires node operators to post 8 ETH plus RPL collateral (the 'minipool' bond), which is slashed first if their validator misbehaves. Stader and StakeWise have similar bond mechanics.
• Cover protocols like Nexus Mutual (slashing cover policies) and protocol-native insurance buffers.

In over five years of mainnet PoS the cumulative slashing rate has been low — under 0.04% of validators have been slashed, and most events have been correlated to operator infrastructure mistakes (data center power loss, key migration errors). LSTs spread the residual risk across users.

The top Ethereum LSTs in 2026

Lido — stETH and wstETH (~28% market share)

Lido is the dominant LST protocol, founded in late 2020 by Vasiliy Shapovalov, Konstantin Lomashuk and Jordan Fish (Cobie) and operated as the Lido DAO. Through April 2026 Lido manages roughly 9 million ETH — about 28% of all staked ETH — across stETH and its wrapped form wstETH. The 39-strong node operator set is curated through DAO votes; new entrants must pass a security and uptime review. Lido V3 rolled out Stake Modules in 2025, enabling third-party operator clusters (Obol DVT, SSV-based, Sigma Prime infra, Lido CSM community module) to plug in without DAO consensus on every operator. The Lido Dual Governance framework, live since 2025, gives stETH-holders a veto over protocol changes that would harm them — one of the most ambitious governance designs deployed on-chain. Day-to-day spending is run through the Lido Easy Track Committees for routine operational disbursements.

Rocket Pool — rETH

Rocket Pool is the credibly-decentralized counterweight to Lido, founded by David Rugendyke through Rocket Pool Pty Ltd and now governed by the Rocket Pool DAO. Anyone can run a Rocket Pool node by pledging 8 ETH plus RPL collateral to a minipool, which is then matched with 24 ETH from the rETH pool. The protocol's flagship product, rETH, is a reward-bearing token. The Atlas upgrade (2024) reduced the minimum bond from 16 ETH to 8 ETH, doubling node-operator capital efficiency. The Saturn upgrade roadmap (2025-2026) targets megapools (multi-validator nodes), node-set decentralization through randomized minipool assignment, and an LRT-friendly architecture. Rocket Pool's strength is its solo-operator base — over 4,000 distinct nodes, far more decentralized than any other ETH staking option.

Coinbase — cbETH

Coinbase Wrapped Staked ETH (cbETH) is the LST issued by Coinbase through its custody and validator subsidiary Coinbase Cloud. cbETH is a reward-bearing ERC-20 backed 1:1 by ETH staked on Coinbase's institutional validators. Coinbase remains the largest CEX-issued LST in 2026 thanks to deep ETF and prime-broker distribution. Risks: it is a centralized issuer subject to a single-jurisdiction regulator; SEC and NYDFS posture matter.

Frax — frxETH and sfrxETH

Frax Finance splits its LST into two tokens: frxETH (transfer-friendly LST representing staked ETH 1:1 with no auto-yield) and sfrxETH (the staked, reward-bearing wrapper that captures all of frxETH's yield, since non-staked frxETH cedes its yield to the sfrxETH pool). Frax v2 Ether extended the design with a built-in lending market, allowing users to borrow against sfrxETH at programmatic interest rates without leaving the Frax ecosystem. The pairing of "100% staked + lending market in one place" is a clean DeFi primitive. Frax also operates the Fraxtal L2, which uses frxETH as native gas.

Mantle — mETH and the Mantle Treasury

Mantle operates mETH Protocol, the LST whose deposits are routed through the Mantle Treasury — the largest DAO treasury in crypto. mETH is reward-bearing, with the underlying ETH staked through institutional operators including Twinstake, P2P and Figment. mETH's distinguishing feature is its tight integration with Mantle L2 — used as native gas via the Mantle Bridge and as collateral for Mantle Restaking (the cmETH product, which restakes mETH through EigenLayer and Symbiotic).

Stader — ETHx

Stader Labs issues ETHx, a reward-bearing LST with a permissionless permissioned-hybrid design: institutional operators handle the bulk of stake, while a permissionless node-operator pool accepts smaller participants with a 4 ETH bond. Stader is multichain — also operating LSTs on Polygon, BNB, Hedera and Near.

StakeWise V3

StakeWise is the longest-running solo-operator-focused LST. StakeWise V2 split the position into sETH2 (principal) and rETH2 (rewards). StakeWise V3 redesigned the system around isolated vaults — individual operators can run their own vault with custom fees and parameters, and depositors choose which vault to back. This structure, similar to Lido V3 Stake Modules, gives StakeWise the most operator-flexible architecture of the major LST protocols.

Swell — swETH and Swell L2

Swell launched as an LST in 2023 with swETH and rapidly pivoted into the restaking era with rswETH (the LRT version). In 2024-2025 Swell rebuilt itself as Swellchain — an EigenLayer-restaked Optimism Superchain L2 — with swETH and rswETH as native primitives. Swell's path is a case study in LST → LRT → L2 vertical integration.

Origin — OETH

Origin DeFi issues OETH (Origin Ether), a yield-aggregator LST that auto-rebalances across stETH, rETH, frxETH and the underlying ETH staking yield curve. OETH abstracts the user's choice of operator; it is the "passive index" of Ethereum staking.

Diva Staking

Diva is a DVT-native LST built on Obol Network, launched in 2024. It targets the maximally-decentralized end of the spectrum, with no curated operator set — pure DVT-cluster delegation. Diva is small but architecturally significant.

LSTs in DeFi: Aave, Maker, Curve, Pendle

LSTs are the backbone of Ethereum DeFi collateral in 2026. Headline integrations:

• Aave V3 and Aave Umbrella: wstETH, rETH, cbETH, weETH and ezETH are top-tier collateral. The Aave DAO routinely lists new LSTs after risk reviews; wstETH alone backs over US$5B of borrows in 2026. The new Aave Horizon RWA market combines RWA collateral with LSTs in a regulated setting.
• Sky / MakerDAO: wstETH and rETH are the largest non-USDS-backed collateral types in the Sky Maker vault system. Sky's "Spark Protocol" (formerly Spark Lend) uses wstETH as a core collateral asset, and Sky's RWA allocator routes part of stability-fee revenue into staking yield via wstETH purchases.
• Curve Finance: the canonical liquidity venue for LST/ETH pairs. The wstETH/ETH and rETH/ETH pools provide the on-chain reference price for the entire LST market. Depegs are quickly arbitraged through Curve.
• Pendle: a yield-trading protocol that splits LSTs into Principal (PT) and Yield (YT) tokens, letting users trade fixed yield against floating yield. Pendle DAO's 2025-2026 LST and LRT markets routinely host hundreds of millions of dollars in PT/YT pairs against weETH, ezETH, rsETH and pufETH.

The composability story is what makes LSTs more than just staking receipts: the same dollar of validator security can collateralize a stablecoin loan, provide DEX liquidity, anchor a yield trade, and back a perp position simultaneously.

LST rewards calculator: how to estimate APY

To approximate the yield on any LST you can use the formula:

LST APR ≈ (Validator base APR × (1 - protocol fee)) + (DeFi integration APR)

In April 2026 the validator base APR is 3.2-3.5% (consensus + execution priority fees + MEV). Protocol fees are typically 5-10% (Lido 10%, Rocket Pool 14% commission split, Coinbase 25%, Frax 8%, Mantle 10%). So a typical Lido stETH holder earns roughly 2.9-3.1% net APY. Stacking DeFi integrations (lend wstETH on Aave, post LP on Curve, lock in Pendle PT) can extend that to 5-7% at the cost of additional smart-contract risk and price exposure to the secondary tokens.

For Solana LSTs, the base validator APR is higher (6-7%) thanks to higher inflation, and Jito's MEV redistribution adds another 1-2% on top.

Decentralization concerns and Lido's dominance

Lido's roughly 28% share of all staked ETH has been Ethereum's most-discussed credible-neutrality concern since 2022. The threshold that matters is 33% of validator weight, at which point a coordinated cohort can prevent block finalization (the "1/3 finality attack"). Lido itself has never crossed 33% — in fact the DAO publicly committed to a self-imposed staking limit and routes incremental stake to smaller operators — but the concentration is a structural risk because:

• A single off-chain governance failure at Lido (key compromise, regulatory action, validator-set capture) could move a one-third bloc of consensus stake.
• Even at <33% Lido has censorship-list significance for OFAC and similar regulatory exposure, given many of the 39 operators are US-domiciled.
• The Lido DAO's LDO holders, the validator operators, and the stETH-holders are different constituencies with different incentives. Lido Dual Governance gives stETH holders a veto, but governance attack vectors persist.

The 2024-2026 academic literature debates whether Lido's dominance is a positive (a single Schelling-point client of vetted operators is more secure than a fragmented set) or a negative (any concentration is a censorship vector). The peer-reviewed arxiv:2410.23422 — Mitigating Challenges in Ethereum's Proof-of-Stake Consensus: Evaluating the Impact of EigenLayer and Lido — analyzes both vectors quantitatively and argues for Lido-internal decentralization (Stake Modules, DVT) as the most realistic mitigation.

The community's response has been threefold: (a) protocol-level mitigations (Lido V3 Stake Modules, Rocket Pool decentralization upgrades), (b) social-norm mitigations (operator self-limits, Pectra MaxEB consolidation), and (c) competitive entry (StakeWise V3 vaults, Diva DVT, distributed alternatives).

LSTs vs centralized staking and ETF staking

Three competing channels deliver staking yield to end users in 2026:

CEX staking lost market share to LSTs after the SEC's 2023 enforcement actions against Kraken's staking program drove uncertainty. Spot ETH ETFs were approved by the SEC in mid-2024, but staking inside the ETF wrapper was authorized by NYSE/Cboe/Nasdaq under 19b-4 amendments only in 2025 and went live progressively across funds through late 2025 and 2026. ETF-staking yields end-investors a fraction of the validator APR after fund expense ratios and sweep fees, but offers a 1099-tax wrapper that retail brokerage holders prefer. See our Best Crypto ETFs 2026 guide for the current ETF landscape.

For institutions that need an SLA, dedicated custodial staking via Coinbase Custody Trust, Anchorage, BitGo, or Fireblocks remains the dominant model. For DeFi-native users, LSTs are the default.

Solana LSTs

Solana liquid staking expanded dramatically in 2024-2026 thanks to the SPL stake-pool program and a higher base validator APR (~6-7%):

• Jito JitoSOL — the largest Solana LST by far, operated by Jito Foundation and Jito Labs. Jito runs the dominant Solana validator client (jito-solana), which captures and redistributes priority fees and MEV directly to JitoSOL holders, adding 1-2% over the base SOL staking yield. By 2026 JitoSOL secures over 16 million SOL.
• Marinade Finance — the original Solana LST, governed by Marinade DAO. Issues mSOL (the original delegation strategy) and offers Marinade Native, a non-LST direct-delegation product where users keep custody of stake accounts but rely on Marinade's validator-selection algorithm.
• Sanctum — the platform that lets any Solana validator launch a permissionless LST (over 100 active). Sanctum Infinity is the universal LST-LP pool that backstops all Sanctum LSTs against a SOL peg, and CLOUD is Sanctum's protocol token. Sanctum Validator LSTs collectively hold tens of millions of SOL.
• BlazeStake bSOL — community-focused with a wide validator distribution and BLZE governance token.
• Solblaze, JPool, Lainey LSTs — smaller validator-specific LSTs.

The Solana LST market structure is more fragmented than Ethereum's because Sanctum's universal LP makes it cheap to launch a single-validator LST. Jito's restaking layer (live August 2024) added an LRT dimension on top, extending the Solana market into restaking primitives — see our EigenLayer Restaking 2026 Guide for the parallels.

Across both ecosystems, peer-reviewed research has accelerated. The 2025 paper Money in Motion: Micro-Velocity and Usage of Ethereum's Liquid Staking Tokens measured stETH transfer velocity and found that LSTs circulate roughly 2-3x faster than wrapped ETH within DeFi — direct empirical evidence that liquidity is the actual product.

Comparison table: top LSTs

Research and reports

The academic and industry literature on liquid staking has grown rapidly post-Shapella:

• The Bank for International Settlements covered staking concentration risk in its 2024 quarterly review on tokenization. Crypto-native research firms (Galaxy Digital, Coinbase Institutional, Glassnode, Dune dashboards) publish regular LST market reports.
• Mitigating Challenges in Ethereum's Proof-of-Stake Consensus: Evaluating the Impact of EigenLayer and Lido — peer-reviewed analysis of LST + restaking concentration risk and proposed mitigations.
• Optimal Decisions for Liquid Staking: Allocation and Exit Timing — formalizes the LST holder's allocation problem under depeg risk.
• Money in Motion: Micro-Velocity and Usage of Ethereum's Liquid Staking Tokens — empirical study of stETH transfer velocity.
• Financial Dynamics and Interconnected Risk of Liquid Restaking — extends LST analysis into LRTs and EigenLayer.
• Polygon Launches Native Liquid Staking Token — coverage of Polygon's native LST launch and its implications for non-Ethereum staking.
• DeFi Contagion Spreads Beyond Aave as LayerZero, Lido, Ethena Suffer Sharp Declines (Santiment) — case study in LST stress propagation through DeFi during the 2026 LayerZero contagion event.

Broker-dealer research from Coinbase Institutional and Galaxy regularly tracks staking ratios, queue dynamics, and operator concentration; a16z crypto's State of Crypto 2025 included a chapter on staking decentralization.

Risks and criticism

Beyond Lido's concentration risk, four other risks define the LST category:

1. Smart-contract risk. A bug in the LST contract, the wrapper, or a popular DeFi integration can wipe value. Lido and Rocket Pool have multi-firm audits and bug bounties, but the surface is large — especially as LSTs feed into LRTs and restaking.
2. Depeg risk. Secondary-market LST prices can detach from the redeem rate during stress (Terra-Luna 2022; the May 2024 ezETH wash; the November 2025 Curve volatility event). Withdrawals are gated by validator exit queues and can take days under stress. The 2024 Renzo ezETH depeg, although that is an LRT not an LST, propagated to its LST collateral and is a useful precedent.
3. Slashing tail risk. A correlated slashing event — a single client bug, a coordinated operator key compromise, a major data-center outage — could slash >1% of stake before validators can be replaced. Pectra's MaxEB consolidation increases the per-validator exposure, raising the importance of operator diversity.
4. Regulatory risk. The SEC's 2023 Kraken staking enforcement was a watershed moment; whether decentralized LST protocols are SEC-jurisdictional remains contested. Coinbase's cbETH operates under explicit US regulatory engagement; Lido and Rocket Pool argue they are not investment contracts. The CLARITY Act of 2025 and the GENIUS Stablecoin Act do not directly address LSTs, leaving the regulatory perimeter uncertain.

The 2026 Kelp DAO LayerZero Bridge Exploit, although focused on rsETH (an LRT, not an LST), is the clearest cautionary tale of how LST/LRT failures cascade through Aave and other lending markets.

How to mint an LST step-by-step

A typical wstETH minting flow:

1. Open a wallet (MetaMask, Rabby, Frame, Trezor + MetaMask) and fund it with ETH on the L1.
2. Visit lido.fi (or the official Rocket Pool, Frax, Mantle, etc. portal) and verify the contract address against the official docs (always check ENS).
3. Deposit ETH into the staking contract. The protocol mints stETH 1:1 (Lido) or rETH at the prevailing rate (Rocket Pool).
4. Wrap to wstETH via the official wrapper for DeFi compatibility, if you plan to use the LST in Aave, Spark, or Pendle.
5. (Optional) Use the LST as DeFi collateral: deposit into Aave V3, lock in Pendle PT for fixed yield, LP into a Curve wstETH/ETH pool, or post into Maker/Sky for a USDS loan.
6. To exit, swap LST → ETH on a DEX for instant exits, or burn LST through the protocol's withdrawal contract for canonical 1:1 redemption with a 1-7 day queue.

For Solana, the equivalent flow uses Jupiter Aggregator: swap SOL → JitoSOL/mSOL/bSOL atomically, route through Sanctum Infinity for cross-LST swaps, and use Kamino, MarginFi or Drift Protocol for LST-collateralized lending.

FAQ

What is a liquid staking token (LST)?

A liquid staking token (LST) is an ERC-20 (or SPL) receipt token that represents staked ETH or SOL plus accrued staking rewards. The user delegates the underlying capital to a validator pool through a protocol like Lido or Rocket Pool, and in return receives a transferable token — stETH, rETH, cbETH, mSOL, JitoSOL — that can be used as collateral, traded on DEXes, or restaked while still earning the base validator yield. The "liquid" part means you keep usable on-chain capital while the underlying ETH is locked into consensus.

Is staking ETH through Lido safe?

Lido is the largest LST protocol and has been live since late 2020 with extensive audits, bug bounties and a 39-strong vetted operator set. The design carries smart-contract, slashing, governance and concentration risks. Lido V3's Stake Modules (2025) reduce single-operator failure surface. Concentration risk — Lido at >25% of all ETH staked — is the most-discussed Ethereum credible-neutrality concern; the Lido DAO has self-imposed soft caps and routes new stake to smaller operators.

What is the difference between stETH and wstETH?

stETH is rebase-style — your wallet balance grows daily as rewards accrue. wstETH is the wrapped, reward-bearing version — your balance stays constant but each token represents a growing share of the underlying stETH pool. wstETH is preferred for DeFi integrations because rebase tokens break smart-contract accounting in many lending and AMM pools that cache balance at deposit time.

How does Rocket Pool differ from Lido?

Rocket Pool is a permissionless solo-node-operator protocol — anyone with 8 ETH plus RPL collateral can run a validator. Lido uses a curated set of professional node operators selected by the DAO. Rocket Pool's rETH is a reward-bearing token and the protocol is decentralized at the node level (4,000+ distinct operators). The Atlas upgrade (2024) reduced the minimum stake to 8 ETH, and the Saturn roadmap pushes toward megapools and randomized minipool assignment.

What is the ETH staking ratio in 2026?

About 30 million ETH is staked (~25% of supply). Liquid staking accounts for roughly one-third of all stake. The validator-entry queue is empty most days post-Pectra (May 2025), which raised the maximum effective balance to 2,048 ETH per validator and reduced churn pressure on the queue.

Are LSTs taxed?

In the US the IRS Rev. Rul. 2023-14 treats staking rewards as ordinary income at the moment they become "dominion and control" of the staker. With rebase LSTs, that is each daily rebase — a complex compliance burden. Reward-bearing LSTs (wstETH, rETH, cbETH, sfrxETH, mETH) accrue value into the token price, which most accountants treat as deferred until disposition. Non-US treatment varies; consult a CPA familiar with crypto.

What is the largest Solana LST?

Jito's JitoSOL is the largest Solana LST in 2026 (over 16 million SOL staked) thanks to its MEV-priority-fee distribution that adds 1-2% to the base SOL staking yield. Marinade mSOL is the second-largest and longest-running. Sanctum's CLOUD-pegged validator LSTs aggregate to tens of millions of SOL, and BlazeStake bSOL rounds out the top four.

Can I lose money by holding an LST?

Yes. Risks include validator slashing, smart contract exploit, governance attack, secondary-market depeg (rETH and stETH have de-pegged briefly in stress events), and the underlying chain's price action. LSTs do not protect you from ETH or SOL price moves — they expose you to validator yield on top of the base asset.

Why does Lido's market dominance matter?

If a single staking pool exceeds 33% of all staked ETH it gains the ability to censor blocks (the one-third threshold for finality attacks). Lido has hovered between 25-32% of staked ETH since 2023. The Lido DAO has implemented a Staking Limit Operator framework, Dual Governance and routes new stake to smaller operators — but ecosystem researchers continue to view dominance as Ethereum's chief credible-neutrality risk.

How do LSTs interact with EigenLayer restaking?

Restaking lets stakers lock their staked ETH or LSTs (stETH, cbETH, mETH, swETH, OETH) into the EigenLayer contract to also secure additional services (AVSs). This is the foundation of Liquid Restaking Tokens (LRTs) — ether.fi weETH, Renzo ezETH, Kelp rsETH, Puffer pufETH — which wrap the LST-restaking position into a tradeable token.

Glossary

• LST (Liquid Staking Token) — an ERC-20 (or SPL) token representing staked ETH/SOL plus accrued rewards.
• LRT (Liquid Restaking Token) — an LST-of-LSTs that adds EigenLayer (or Symbiotic, Karak) restaking yield on top.
• Rebase — a token-balance update that increases user wallet balances pro rata to reward accrual.
• Reward-bearing token — a fixed-supply token whose underlying ETH/SOL amount per token grows over time.
• Slashing — the consensus penalty for validator misbehavior.
• DVT (Distributed Validator Technology) — running one logical validator across multiple physical machines via threshold signatures (SSV Network, Obol).
• Minipool — Rocket Pool's structural unit: an 8 ETH operator bond + 24 ETH from the rETH pool = 32 ETH validator.
• MEV (Maximal Extractable Value) — value captured by reordering, inserting, or censoring transactions.
• Pectra — the May 2025 Ethereum hard fork that raised MaxEB to 2,048 ETH and added EIP-7002 withdrawals.
• Shapella — the April 2023 Ethereum hard fork that enabled validator withdrawals.

Related reading

• What is Ethereum? 2026 guide
• EigenLayer Restaking 2026 guide
• What is DeFi? 2026 guide
• Ethereum Layer 2 Networks 2026 guide
• Stablecoins Explained 2026 guide
• Best Crypto ETFs 2026 guide

Sources and further reading

• Lido — https://lido.fi/
• Lido Research — https://research.lido.fi/
• Rocket Pool — https://rocketpool.net/
• Rocket Pool Research — https://rpips.rocketpool.net/
• Coinbase cbETH documentation — https://www.coinbase.com/cbeth
• Frax Finance — https://frax.finance/
• Mantle Network — https://www.mantle.xyz/
• Stader Labs — https://www.staderlabs.com/
• StakeWise — https://www.stakewise.io/
• Swell Network — https://www.swellnetwork.io/
• Origin DeFi — https://www.originprotocol.com/
• Marinade Finance — https://marinade.finance/
• Jito Network — https://www.jito.network/
• Sanctum — https://www.sanctum.so/
• BlazeStake — https://stake.solblaze.org/
• Ethereum.org staking — https://ethereum.org/staking/
• Shapella mainnet announcement — https://blog.ethereum.org/2023/04/12/shapella-mainnet-announcement
• Pectra hard fork specification — https://eips.ethereum.org/
• arXiv: Mitigating Challenges in Ethereum PoS — https://arxiv.org/abs/2410.23422
• arXiv: Optimal Decisions for Liquid Staking — https://arxiv.org/abs/2507.14810
• arXiv: Money in Motion (LSTs) — https://arxiv.org/abs/2508.15391

About the author

DeFi Intel Research is the in-house research arm covering staking economics, validator design, and DeFi credit markets across Ethereum, Solana, and the broader proof-of-stake ecosystem. Our analysts read every Ethereum All Core Devs call, run validator infrastructure for testing, and publish independent risk reviews of major LST protocols.

Last updated: 2026-04-26