Best restaking in 2026

Restaking protocols evaluated on exactly what becomes slashable and who decides, the worst-case exit rather than the advertised one, the incident record with dates and amounts, and whether the documentation still describes the live product.

#1 of 7 · published ranking

EigenLayer (EigenCloud) native restaking

80ChainChoice Score

Why it leads

Best in the pool on slashing surface (8/10; next 7/10)

Cost

Not priced · No comparable price is published

Below the table

How this ranking works

Everything the table draws on continues here: how firm the #1 is, the per-criterion arithmetic behind each score, who pays ChainChoice, and the full guide to choosing.

Direct answer

What is the best restaking in 2026?

EigenLayer (EigenCloud) native restaking ranks #1 overall for restaking on ChainChoice. The base economic-security layer most of this category routes through, and the only member that publishes its slashing and withdrawal parameters as numbers you can read straight off the deployed contracts — 126000 / 100800 / 100800 / 50400 blocks, all four re-confirmed onchain on 2026-08-16. Native ETH is also the one strategy EigenLayer refuses to let an AVS redistribute, so a native restaker's downside is destruction, never transfer to a named third party. The cost is that you must pick an operator, and the operator — not the protocol — sets how much notice you get before your ETH becomes slashable somewhere new. It holds that rank under an affiliate-blind methodology scored across 4 published, weighted criteria — the code that ranks providers physically cannot read affiliate payouts (CI-enforced), so a payout can't move a rank. The verdict re-computes on every fee change, incident, or regulatory action; full reasoning and the audit receipt are below.

Best picks

Best restaking in 2026

Weighted on slashing surface (32), withdrawal path (26), security track record (24), and reward transparency (18). The heaviest is slashing surface: How many services the capital secures, and how clearly each slashing condition is disclosed.

Best overall

EigenLayer (EigenCloud) native restaking

Data checked Aug 2026

The base economic-security layer most of this category routes through, and the only member that publishes its slashing and withdrawal parameters as numbers you can read straight off the deployed contracts — 126000 / 100800 / 100800 / 50400 blocks, all four re-confirmed onchain on 2026-08-16. Native ETH is also the one strategy EigenLayer refuses to let an AVS redistribute, so a native restaker's downside is destruction, never transfer to a named third party. The cost is that you must pick an operator, and the operator — not the protocol — sets how much notice you get before your ETH becomes slashable somewhere new. Strongest on what exactly can be taken from me, and who gets to decide? (8/10): Four of five elements are published as machine-readable parameters; I re-read five of them off the deployed mainnet contracts myself rather than trusting the docs. (b) MAX FRACTION — exact. AllocationManager.md: "`wadsToSlash` MUST be within the bounds `(0, 1e18]`" (line 954), i.e. Weakest on does the wrapper tell me what it runs on, and is what it tells me still true today? (5/10): The numbers are exactly right; the pages around them are not. Score unchanged at 5, but for materially different reasons than the draft gave: I found the fee disclosure the draft said was missing, and three currency defects the draft missed. WHAT SURVIVED A SAME-DAY CHECK — the strongest single finding in this record. Published price: EigenLayer publishes no deposit, withdrawal or management fee for native restaking on any restaker-facing page.

Best for: Slashing surface — 8/10

Why this score4 published criteria · leads 1 of 4

Published criterionWtScore, and the best hereGap/10Pts

What exactly can be taken from me, and who gets to decide?8.2·88.7

How long until I actually have my ETH back on the worst day, not the good one?6.2−186.7

What has actually gone wrong here, what did it cost, and did the vendor own it?6.2−275.8

Does the wrapper tell me what it runs on, and is what it tells me still true today?3.4−152.2

Σ methodology points23.4/32

Each bar is the score on that criterion’s own 0–10 scale, never rescaled to the pool. The dark line is the best any product here reached on that axis. Wt is the most the criterion can add to the 86-point weighted total. Pts is weight × score × 32; the sum is the methodology score, and each weighted point behind the leader costs 2.6 on the displayed score. how these are weighted

Why it ranks first

Why EigenLayer (EigenCloud) native restaking leads this category right now

Best for

Slashing surface — 8/10

Main tradeoff

The 17.5-day figure is not your escape hatch, and this is the one thing to read before committing. ALLOCATION_CONFIGURATION_DELAY (126000 blocks) is the delay before an operator can CHANGE their notice period — it is not the notice you get. The window that actually protects you is ALLOCATION_DELAY, which EigenLayer's own reference table says is set by the operator and on which "The protocol provides no constraints", and which its contract documentation says "operators can choose to configure this delay however they want - including setting it to 0." Two further paths give you no notice at all: delegating to an operator who is already allocated makes "all funds of the `staker` … immediately slashable" on the spot, and an AVS adding a strategy to an existing operator set makes "any existing allocations to that strategy instantly slashable." So the security of your ETH here is a property of the operator you choose, not of the protocol you deposit into — and no vendor page enumerates the live operator sets: the app that would is returning HTTP 500 today, and the ecosystem page that might substitute now lists AI-agent demos with not one occurrence of the word AVS. The compensating fact, and the reason native restaking is the more conservative way to use this platform: native ETH is the one strategy an AVS cannot point at a redistribution address. "Native ETH and EIGEN are not yet eligible for redistribution" — so your worst case is that the ETH is destroyed, never that it is paid to whoever chose to slash you. Budget ~31 days for a full exit, not the 8-17 days one docs page still advertises off a superseded 7-day escrow; the escrow is 14 days, published on four other vendor pages and confirmed onchain.

Verify before signup

EigenLayer publishes no deposit, withdrawal or management fee for native restaking on any restaker-facing page. It DOES publish the fee taken from rewards, in plain language, on its rewards concept pages: "Operators can [set their per-AVS fee rate](../../operators/howto/configurerewards/set-rewards-split.md) on AVS Rewards to any amount from 0% to 100%. The default split is 10%." (concepts/rewards/rewards-concept.md), and "By default, Operators earn a 10% split on Rewards. The rest of the reward is claimable by the Operator's delegated Stakers." (concepts/rewards/rewards-split.md). The same 10% default is stated for programmatic incentives (concepts/rewards/pi-split.md). Note one internal contradiction: concepts/rewards/rewards-claiming-faq.md still says "Operators get a fixed 10% portion rewards, though this is subject to change in a future release to be variable", which the 0–100% concept page has already superseded. The contract docs add a mechanical restatement — "The split lookup chain is: operator set split → global default split → 10% fallback." (docs/core/RewardsCoordinator.md) — and mention an unquantified EigenLayer-level charge, "Takes the protocol fee (if the submitter is opted in for protocol fees)", without ever stating its rate. Checked 2026-08-16: nothing under docs/eigenlayer/restakers/ states a rate; the fee disclosure lives one directory over in concepts/rewards/. Native restaking is otherwise gas-cost bearing: "the web app will batch up to 80 validators per proof transaction batch."

Recommendation summary

What should decide this category

Which networks is your capital allocated to — and can the wrapper add one without telling you?

What is the worst exit anyone has actually experienced, on the chain you are on?

Does the protocol document its own incidents anywhere a depositor would look?

Quick picks

Strong options in this category

Start with the lead choice first, then use the shortlist only if you still need a challenger or stronger fit for a specific setup.

Best overall

EigenLayer (EigenCloud) native restaking

Best for: Slashing surface — 8/10

What exactly can be taken from me, and who gets to decide? · 34%

8/10

How long until I actually have my ETH back on the worst day, not the good one? · 26%

8/10

What has actually gone wrong here, what did it cost, and did the vendor own it? · 26%

7/10

Does the wrapper tell me what it runs on, and is what it tells me still true today? · 14%

5/10

Quick pick

Symbiotic

The only venue in the category with a veto layer between an accusation and your loss, and the only one publishing a per-vault exit clock as machine-readable data — but its ETH restaking book is $6.0M of a $336M protocol whose own homepage no longer says the word restaking. Strongest on what has actually gone wrong here, what did it cost, and did the vendor own it? (9/10): NO DEPOSITOR-LOSS EVENT FOUND for Symbiotic core in the 24-month window. Live on Ethereum mainnet since mid-2024 with slashing in production, $335.7M today; no exploit, no depositor loss, no redemption suspension and no loss-causing slash on any vendor page or in independent search. Weakest on does the wrapper tell me what it runs on, and is what it tells me still true today? (5/10): Currency is excellent; disclosure has three holes and there are now three live contradictions. (1) RESTAKING VENUE — DISCLOSED, best in pool: named per vault with USD amounts via /api/v3/networks, /api/v3/operators, /api/v3/stakes, plus per-vault meta.tags in the app. Published price: "Vault V2 supports two fee types that are configured directly on the vault: Management fee: a continuous fee charged on vault assets over time. Performance fee: a fee charged on the vault's positive performance." ...

Best for: Incident record — 9/10

What exactly can be taken from me, and who gets to decide? · 34%

7/10

How long until I actually have my ETH back on the worst day, not the good one? · 26%

7/10

What has actually gone wrong here, what did it cost, and did the vendor own it? · 26%

9/10

Does the wrapper tell me what it runs on, and is what it tells me still true today? · 14%

5/10

Quick pick

ether.fi

The category's exit, not its entry: ether.fi has hard-disabled slashing exposure on its ~$3.33B flagship weETH and is winding EigenLayer to zero, leaving restaking confined to two small Veda vaults it has largely stopped maintaining — weETHs (~$17.3M, Symbiotic, now routed into a credit chain ending at a prime broker) and weETHk (~$1.4M, still sold as 'Karak', a venue that has since rebranded to OpenGDP and left restaking) — together 0.56% of the staking book.

A strong fit when liquid staking is mainly a way to stay useful onchain rather than settling for a more static staking path.

Best for: Users who want liquid staking with a stronger onchain-utility posture after setup.

What exactly can be taken from me, and who gets to decide? · 34%

5/10

How long until I actually have my ETH back on the worst day, not the good one? · 26%

5/10

What has actually gone wrong here, what did it cost, and did the vendor own it? · 26%

8/10

Does the wrapper tell me what it runs on, and is what it tells me still true today? · 14%

3/10

Quick pick

Renzo (ezETH)

EigenLayer liquid restaking wrapper whose withdrawal docs publish the pool's only explicit worst-case exit, wrapped around a protocol that names no AVS it actually secures and is visibly repositioning toward RWA vaults. Strongest on how long until i actually have my eth back on the worst day, not the good one? (9/10): Best exit disclosure in the pool, earning it by naming the BAD day. https://docs.renzoprotocol.com/docs/services/withdrawals.md (re-fetched 2026-08-16, all quotes re-verified character-exact) publishes all three required figures and attributes each to its layer. Weakest on does the wrapper tell me what it runs on, and is what it tells me still true today? (5/10): ALL FIVE DEPENDENCY CATEGORIES ARE NAMED - better than most of this pool - but the published record has decayed in several checkable places. Published price: Renzo charges a 10% fee on rewards generated via restaking. The fees are split 50/50 between protocol reserves (treasury) and Renzo node operators.

Best for: Worst case exit — 9/10

What exactly can be taken from me, and who gets to decide? · 34%

5/10

How long until I actually have my ETH back on the worst day, not the good one? · 26%

9/10

What has actually gone wrong here, what did it cost, and did the vendor own it? · 26%

6/10

Does the wrapper tell me what it runs on, and is what it tells me still true today? · 14%

5/10

Frequently asked

Questions people ask before choosing restaking

What exactly can be taken from me?

That depends on whether you hold the base layer or a wrapper. The base platforms publish slashing parameters machine-readably, so the venues, the maximum fraction and the slashing key are all checkable before you deposit. Several liquid wrappers do not, and the sharper question for those is whether they can add a new slashing venue without depositor consent or notice. A wrapper that chooses your venues and does not name them is asking you to accept a risk it has not described.

Is ether.fi still a restaking product?

Largely not, and this is the most important thing in the category. In August 2026 ether.fi hardened weETH with what it describes as "a cryptographic hard-disable on slashing exposure, with no onchain re-enable" — so its flagship token is now plain liquid staking. Restaking moved to a separate, much smaller token. Its own documentation has not caught up and still calls weETH a "liquid restaking token", and the homepage still describes the protocol as "a decentralized, non-custodial liquid restaking protocol". If you want ETH exposure with the least added risk, that is the answer; just do not buy weETH believing it is restaking.

What happened in the $292M exploit, and is it resolved?

It is resolved, and the interesting part is what came after. In April 2026 roughly 116,500 rsETH was drained through a bridge configured with a single verifier — no second party had to agree. Recovery was announced within a month, withdrawals and bridging resumed, funded by an industry restitution raise, and the protocol now carries several hundred million in TVL and processes exits normally. What it does not carry is any incident notice on a page it controls: the live marketing line is "battle-tested, institutional grade", and the documentation that described the affected system now returns 404. Surviving the year’s largest hack is not the mark against it. Not saying so is.

Why does the ranking disagree with how well-known these are?

Because the axes reward disclosure rather than size. The base layers rank highest on what can be slashed because they publish it in a form you can verify; the wrappers that state an explicit worst-case exit rank highest there; and the largest incident in the category costs its protocol on the record axis not for being hit but for documenting nothing afterwards. A brand you recognise is evidence that other people deposited, which is not the same as evidence that you can find out what you are accepting.

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How this ranking is built

Reviewed on what can be taken and who decides, the worst-case exit rather than the advertised one, the incident record with dates and amounts, and whether the vendor’s own documentation still describes what ships. Weights are the engine’s: 34 / 26 / 26 / 14.

Data checked Aug 2026 · Independent rankings · We show our work

Not financial advice · For informational purposes only · Always do your own research