Best Staking & Liquid Staking in 2026

How staking products work

Proof-of-stake networks use validators to propose and confirm blocks. A staker delegates assets to a validator or deposits them into a pool. Rewards come from the network and can be reduced by protocol fees, validator penalties or changing network conditions.

Native staking usually keeps the asset in the network's staking system. A pooled service combines deposits and handles validator operations. Liquid staking adds a receipt token, such as stETH or wstETH in Lido's Ethereum service, that represents a claim on staked assets and accumulated rewards. The token can be held or used in decentralised applications, although its market price can move away from the underlying asset.

Restaking assigns already staked assets to additional services that may pay extra rewards. Liquid restaking can issue another receipt token. Each added layer brings another contract, operator and penalty surface.

How to choose

Staking type

Separate liquid staking, native staking, pooled staking, restaking and liquid restaking before comparing returns. Liquid staking suits a holder who needs a transferable receipt token. Native staking can have fewer intermediary contracts but may lock assets during an unbonding period. Restaking adds potential service-specific penalties. A weak offer uses broad terms such as “staking” without explaining which assets are delegated, where they are held and whether restaking is active.

Assets and receipt token

Check the exact asset accepted and the token received in return. A receipt token should have a clear redemption or withdrawal process, a stated exchange relationship and enough trading liquidity for its intended use. stETH and wstETH are examples of two receipt forms used for Ethereum liquid staking. A weak offer names a reward token without explaining the claim on the staked asset, or supports an asset that the underlying chain cannot withdraw quickly.

Fees and minimum stake

Protocol fees are usually taken from rewards, but the calculation can differ between services. The list includes Lido at 10% of rewards. A minimum deposit can exclude smaller balances or make frequent deposits uneconomic. “No minimum stated” describes Lido's listing, not a guarantee that every connected application accepts any amount.

Withdrawal or unbonding time

Native withdrawals depend on the chain's exit queue and validator rules. Liquid staking withdrawals can also depend on available liquidity, a request queue or a secondary market. A clear service states the normal process and what happens during a busy period. A weak offer presents a liquid token as instantly redeemable while its withdrawal route is delayed or conditional.

Chains

Chain support determines the asset, validator rules and contract risks involved. Check whether a product supports Ethereum, Solana or Cosmos, and whether the receipt token can be used on that chain's applications. A chain list without a clear distinction between native support and bridged support can hide extra bridge risk.

Node operators and decentralisation

Operator count and selection rules affect concentration. Lido lists more than 600 node operators for ETH staking. A broader operator set can reduce dependence on one validator, but count alone does not show how much stake each operator controls. A weak structure gives one operator or a small group a large share without clear limits or monitoring.

Audits and slashing cover

An audit indicates that code was reviewed at a stated point in time. It does not remove contract or operational risk. Slashing cover describes who absorbs a validator penalty and under what conditions. Check whether the cover applies to the selected asset and operator. A weak offer uses the word “insured” without stating the covered event, limit or claim process.

Total value locked

TVL shows the amount deposited in a protocol at a given time. It can indicate scale and liquidity, but it changes with asset prices and deposits. Compare TVL with the size of the withdrawal pool and operator distribution. A high figure does not prove that a receipt token trades near its underlying asset or that contracts are safe.

Costs and fees to watch

The main direct charge is the protocol's share of staking rewards. This is separate from network fees and validator costs, as well as any fee charged by a restaking service. The one listing in this category charges 10% of rewards, while its minimum stake is listed as no minimum stated. Deposit, withdrawal and transaction costs can still apply through the underlying chain.

Receipt tokens can trade above or below the value of the staked asset. Selling on a market may be faster than protocol withdrawal, but the spread can be wider during stress. Compounding rewards can also create network fees. Reward rates change with network issuance, validator performance and the amount staked, so a displayed rate is a current product figure rather than a fixed payment.

Risks and red flags

Slashing

Validators can lose part of their stake for protocol violations or downtime, depending on the chain. Check the validator selection process and penalty history where available, along with the exact terms of slashing cover. A receipt token can lose value if penalties reduce the assets behind it.

Receipt-token depegs

A liquid staking receipt can trade below its underlying asset when withdrawals are slow or liquidity is thin. Check redemption mechanics and market liquidity, including whether the token is used as collateral elsewhere. Leverage built on a depegged receipt can increase forced selling.

Smart contract risk

Deposits, accounting and withdrawals often depend on contracts. Review the audit scope and contract addresses, along with upgrade permissions and whether an emergency pause exists. A product with several tokens or restaking integrations has more code paths than a single native delegation.

Validator concentration

Concentrated stake can increase the effect of an operator failure or coordinated error. Check operator shares and admission rules rather than relying only on the total operator count.

Withdrawal queues

Queues can lengthen when many holders exit at once or when the chain limits validator exits. Check the stated queue process and available liquidity, including the difference between selling a receipt token and redeeming it through the protocol.

Restaking layering

Restaking can expose the same underlying asset to more than one set of rules and penalties. Check every added service and operator obligation, including each slashing condition. A high quoted reward with no breakdown of its sources makes the added exposure hard to measure.

Availability, KYC and regulation

On-chain staking protocols often connect through a wallet, while custodial platforms or card-linked services may require identity checks. KYC status can also vary by country and product route. Check whether access is restricted by residence or asset.

Tax treatment differs by jurisdiction. Staking rewards may be treated as income when received, while a later sale or swap of a receipt token can create a separate taxable event. MiCA applies to parts of the crypto-asset market in the European Union, but it does not make every staking arrangement identical. The legal structure and custody model determine which rules apply.