Ethereum illustrates the issue perfectly.
A user who wants to run their own validator directly must hold at least 32 ETH. Ethereum.org currently shows more than 43.4 million staked ETH, or around 35% of the supply, with network APR at approximately 2.5% at the time of consultation. Pools nevertheless allow users to participate with much smaller amounts.
Coinbase also removes the 32 ETH threshold for its users, but currently charges a standard commission of 35% on rewards for several assets, including ETH and SOL. Binance advertises a 10% fee on ETH staking rewards. Lido also applies a 10% fee to Ethereum staking rewards. Kraken uses yet another model, with flexible and bonded products whose yields depend on the asset.
Comparing only the advertised APYs would therefore provide an incomplete picture.
To choose a staking platform in 2027, the key questions are who controls the keys, who runs the validator, what share of the rewards is taken, how long withdrawals take, and what happens if the platform, validator or smart contract encounters a problem.
Staking platform: what exactly does that mean?
Staking begins at the blockchain level. A platform does not necessarily create the yield. Instead, it simplifies access to a mechanism already built into the protocol. This distinction is just as important as the one between a wallet and a cryptocurrency exchange.
Ethereum, for example, operates through Proof of Stake. Validators lock up ETH, participate in consensus, verify blocks and receive rewards when they perform their duties correctly.
Solana also uses a staking mechanism. An SOL holder can delegate their tokens to a validator, increasing that validator’s voting weight. Solana specifies that this delegation does not transfer ownership of the delegator’s SOL to the validator.
A staking platform operates between the user and this infrastructure.
It may run validators.
Pool the assets of thousands of users.
Distribute rewards.
Manage withdrawals.
And charge a commission.
The degree of intermediation varies enormously.
Coinbase and Kraken offer staking from a custodial account. Lido operates through smart contracts and issues a liquid token such as stETH. Native staking from a personal wallet can preserve much more direct control for the holder.
The word “staking” therefore covers several different architectures.
That is the first thing to check before looking at the rate.
Staking is not simply a crypto savings account
A 4% return on SOL and a bank account paying 4% do not represent the same thing.
In a bank account, the return is expressed in a currency whose unit of account remains the same.
In crypto staking, the reward is generally paid in the staked asset.
You stake 100 SOL.
You receive more SOL.
If SOL gains 50%, the dollar value of the position rises sharply.
If it loses 70%, a few percentage points of staking rewards will not offset the decline.
Let’s take a deliberately simple example.
An investor holds 10,000 dollars’ worth of a cryptocurrency.
They earn a 5% return over the year.
They theoretically end up with the equivalent of 10,500 dollars if the token’s price does not move.
But if the cryptocurrency loses 50%, the value of the capital falls to around 5,000 dollars before accounting for rewards.
Staking therefore does not protect the price.
It mainly increases the number of tokens held.
This is why the term “passive income” should be used with caution. Income may be passive in crypto units while the portfolio’s value remains extremely volatile.
The most generous staking platform cannot correct a poor asset selection.
Where do the rewards actually come from?
On a Proof of Stake network, rewards mainly compensate participants who contribute to its operation and security.
Ethereum rewards validators for several functions related to consensus.
Solana distributes protocol issuance and rewards associated with validation. Its documentation explains that stakers delegate their participation to validators that take part in consensus and then share part of the rewards.
The yield does not come out of nowhere.
It is part of the network’s economy.
Part of it may come from new issuance.
Another part may be linked to fees.
Depending on the protocol, other mechanisms may also play a role.
This source matters because a high nominal yield may conceal high inflation.
Suppose a blockchain distributes 15% more tokens to stakers each year.
The yield appears exceptional.
But if the overall supply is also rising rapidly, part of the return merely offsets monetary dilution.
Holders who do not stake are diluted even further.
Comparing platforms therefore means distinguishing between two things: the yield produced by the protocol and the share actually retained by the user after inflation, commissions and other costs.
A 12% APY is not automatically better than a 3% APY.
You need to examine the economics behind the figure.
Native staking remains the benchmark
The most direct way to stake is to interact with the protocol without handing custody to a major exchange.
On Ethereum, the purest example is solo staking.
Ethereum.org presents individual staking as the most native approach: the user keeps their own keys, runs their hardware and receives protocol rewards directly.
The main obstacle is immediately apparent.
You need at least 32 ETH to activate your own validator.
Since Pectra, validators using the new compounding credentials can increase their effective balance to 2,048 ETH, while older validators remain based on the traditional 32 ETH threshold with automatic sweeping of the excess.
You also need to manage the hardware.
The software.
The connection.
Updates.
Key backups.
And understand the validator’s responsibilities.
This workload explains why platforms exist.
Native staking offers more control and removes certain intermediary fees.
It transfers all operational responsibility to the user.
For someone holding 0.5 ETH, the equation is different anyway.
They would need to use another structure if they want to participate in staking.
A centralized platform makes the process much easier
Coinbase, Kraken and Binance turn staking into a matter of a few clicks.
The user already holds the crypto on the platform.
They select the asset.
Choose the staking option.
Confirm.
The platform then handles much of the technical infrastructure.
The main advantage is obvious: there is no need to manage a validator.
You do not need to maintain an active server.
Minimum amounts are generally much lower.
Reward distribution is automated.
Accounting can also be simpler because operations remain visible within the same account.
This simplicity meets a real need.
In return, it creates custody risk.
The cryptocurrencies are held or controlled within the service provided by the intermediary. This adds a layer between the user and the protocol.
The issue is directly connected to centralization and decentralization in crypto.
Staking directly on Ethereum mainly means relying on the protocol, your hardware and your own operations.
Staking through a platform adds the provider.
It is simpler.
It is not necessarily equivalent in terms of risk.
Coinbase focuses on simplicity
Coinbase currently offers staking on several crypto-assets, including ETH, SOL, ADA, ATOM, DOT, AVAX, POL, XTZ and SUI depending on the jurisdiction.
The entry threshold is low.
Coinbase indicates, for example, no minimum for ETH, approximately 1 dollar for SOL and ADA, and no minimum for certain other assets.
That simplicity nevertheless has a very visible price.
The advertised standard commission is currently 35% of network rewards for several assets, including ETH, SOL, ADA, DOT, AVAX and ATOM. Certain Coinbase One subscriptions reduce this fee, with levels currently advertised at 31.75%, 28.5% and 25.25% depending on the eligible plan.
This figure needs to be understood correctly.
Coinbase does not take 35% of the staked capital.
It takes 35% of the relevant rewards.
If the network theoretically generates 100 reward units before this commission, the user’s final share will be lower.
Coinbase states that the APY shown in the account already includes its commission.
For a beginner who prioritizes a very simple interface, this may remain acceptable.
For an investor staking significant amounts over several years, the difference in fees ultimately matters much more.
Coinbase’s timelines vary widely by cryptocurrency
The platform allows users to request standard unstaking and also offers, in some cases, paid instant unstaking.
Again, each blockchain has its own characteristics.
During our review, Coinbase estimated approximately 10 days for ETH, around 5 days for SOL, 25 days for ATOM, 9 days for AVAX, 4 days for DOT and approximately 24 hours for SUI. These figures include the protocol’s operation and Coinbase’s processing and may change.
This is an excellent example of why APY is not enough.
Imagine two platforms offering a similar net yield.
On the first, you can quickly recover the asset.
On the second, unlocking takes several weeks.
The second ties up more of your capital.
This opportunity cost becomes especially important during an extremely volatile market.
Coinbase currently offers instant unstaking for certain assets, subject to fees displayed when the request is made. This feature is not guaranteed to remain available at all times.
Liquidity therefore has value.
Even when it does not appear in the annual percentage.
Kraken distinguishes between flexible and bonded staking
Kraken uses an interesting model because it more clearly separates different levels of availability.
Its flexible staking is designed to offer greater availability.
Bonded staking accepts more constraints and may offer a higher yield.
Rates change depending on the assets and network conditions. Kraken also explicitly presents its rates as estimates calculated from previously observed rewards, before commission.
At the time of our review, Kraken offered ETH, SOL, ADA, ATOM, DOT, AVAX, SUI, NEAR, BNB and other assets across different programs.
Rewards are paid weekly.
For flexible staking, Kraken specifies that only part of the selected assets may actually be staked and that rewards may be calculated on a fraction of up to 50% of the selected amount under this model.
Bonded Earn more closely follows protocols’ unbonding periods.
Kraken reminds users that after a deallocation request, assets may remain unavailable for trading or transfer during the period required by the protocol.
The higher rate is therefore not free.
The user accepts lower availability.
This trade-off should be considered before each subscription.
Kraken’s advertised yield can vary significantly
Some Proof of Stake assets naturally offer more rewards than others.
During our review, Kraken displayed bonded rates well above 10% on certain tokens and much more modest yields on ETH or BNB.
The temptation is to rank assets by descending yield.
That would be a mistake.
A cryptocurrency displaying a 15% APY may experience high inflation or lose 80% of its market value.
ETH at a few percent may seem less impressive.
The two rates compensate neither the same asset nor the same risk.
Kraken explicitly reminds users that rewards are not guaranteed and that staking involves slashing, hacking and asset depreciation risks.
This sentence should accompany every yield table.
APY is one component of the result.
It is not the result itself.
The platform displaying the highest rate is therefore not automatically the best staking platform.
You need to compare like with like.
ETH with ETH.
SOL with SOL.
And even then, examine the fees, withdrawal process and custody.
Binance combines liquid staking with Earn products
Binance has an especially broad offering.
The Binance Earn section currently supports more than 300 crypto-assets across several product categories. Not all of them are staking in the strict sense. The section includes Simple Earn, flexible products, locked products, ETH staking, SOL staking and more advanced solutions.
This distinction matters.
Depositing an asset into a yield product does not automatically mean participating in Proof of Stake validation.
For ETH, Binance offers a genuine staking mechanism accompanied by a liquid token.
A user stakes ETH and receives WBETH, Wrapped Beacon ETH. WBETH represents the staked position and accumulated rewards. Its conversion value in ETH changes with the rewards.
The minimum is much lower than for a native validator: Binance currently advertises access from 0.0001 ETH.
The platform also indicates a 10% fee on ETH staking rewards, intended in particular to cover the costs associated with running validators.
Compared with Coinbase’s current standard 35% fee on several assets, the difference is substantial.
Available services nevertheless vary by country.
WBETH changes the liquidity question
Traditional staking creates an obvious problem: the asset is locked while it participates in consensus.
Liquid staking attempts to solve this problem by creating a token representing the staked position.
On Binance, this token is WBETH for Ethereum.
Rewards are not necessarily paid as new WBETH every day. They accumulate in the conversion ratio between WBETH and ETH.
Binance also allows WBETH to be used in certain products on the platform or in external DeFi applications.
The holder can therefore continue to earn staking rewards while using the liquid token elsewhere.
That is highly convenient.
It also creates a new layer of risk.
You no longer simply hold ETH.
You hold a tokenized representation of your staked ETH.
Its operation depends on the conversion system, smart contracts, Binance and the secondary market if you choose to sell it rather than redeem it through the intended mechanism.
Binance also specifies that WBETH’s market price may diverge from its intrinsic conversion value and that this gap may become wider under extreme conditions.
Additional liquidity is therefore never completely free.
Binance applies the same principle to Solana
Binance’s SOL staking uses BNSOL, Binance Staked SOL.
The principle resembles WBETH.
The user stakes SOL.
They receive a liquid token representing their position and accumulated rewards.
BNSOL can be transferred or used in certain applications while continuing to accumulate rewards through its conversion ratio with SOL.
Binance now explicitly presents WBETH and BNSOL as two liquid staking solutions within its Earn offering.
This development is interesting for 2027.
Staking platforms are no longer content simply to lock a token and pay a few rewards.
They are seeking to make staked capital reusable.
DeFi sometimes calls this capital efficiency.
The same asset can secure a network and then serve as collateral elsewhere.
Potential returns increase.
So does the number of dependencies.
A SOL simply delegated to a validator does not have the same profile as BNSOL subsequently used in a lending protocol and then deposited into another strategy.
Each additional layer deserves its own risk assessment.
The word “staking” can eventually conceal an entire chain of operations.
Lido represents another approach to liquid staking
Lido is not a traditional exchange.
The protocol allows users to deposit ETH and receive stETH, a liquid staking token representing the staked position and associated rewards.
The benefit is similar to WBETH: maintaining a liquid form of staked exposure.
stETH can be used in various DeFi applications.
The holder does not need the 32 ETH required to launch their own validator.
Lido’s current fee is 10% of staking rewards. This fee is shared between node operators and the DAO treasury and may be changed through governance.
Compared with a centralized platform, the main difference lies in the architecture.
The user interacts with smart contracts and a protocol rather than with a simple exchange balance.
This reduces certain traditional counterparty risks.
It introduces others.
Smart contracts.
Governance.
stETH liquidity.
Validator operators.
DeFi integrations.
The choice between Lido and an exchange should therefore not be reduced to a 10% versus 35% fee comparison.
The risk model is not the same.
Liquid staking creates a second price to monitor
This concept deserves particular attention.
When you stake an asset directly, you are essentially tracking the asset’s price and the rewards.
With a liquid staking token, a second asset appears.
ETH has its price.
stETH has its market price.
So does WBETH.
SOL has its price.
BNSOL has a conversion value and potentially a market price.
Normally, these values remain linked to the underlying asset according to the product’s structure.
They can nevertheless diverge temporarily.
Why?
Insufficient liquidity.
Market panic.
An imbalance between buyers and sellers.
Concerns about the protocol.
The cost or time required to recover the underlying asset.
The possibility of converting at a later date does not necessarily prevent the secondary-market price from trading at a temporary discount.
A user who does not need to sell immediately may sometimes wait for the normal withdrawal process.
Someone who needs to exit now depends more heavily on the market.
This is precisely why liquidity must be analyzed separately from yield.
A 3% APY becomes much less important if an urgent exit requires a discount of several percentage points.
Solana also allows native delegation from a wallet
You do not need to use Binance, Coinbase or Kraken to stake SOL.
Solana natively allows users to delegate SOL to one or more validators.
The owner retains control of their tokens. The network’s documentation explicitly states that delegation does not give the validator control or ownership of the relevant SOL.
This architecture offers an interesting compromise.
You do not need to run the validator yourself.
You also do not necessarily need to hand custody of your SOL to an exchange.
The choice of validator remains important.
Performance.
Commission.
Track record.
Concentration.
Reliability.
Solana staking also has activation and deactivation periods. The documentation specifies that delegation and deactivation do not necessarily take effect immediately and may extend across several epochs depending on the network’s situation.
Solana also has stake pools.
Users deposit SOL in exchange for SPL tokens representing their share of the pool, bringing the mechanism closer to liquid staking.
That makes three more ways to “stake SOL.”
The same asset.
Three different risk architectures.
The gross rate is almost never the final rate
Take a network generating 5% in annual rewards before the intermediary’s fee.
Platform A takes 10% of rewards.
In this simplified example, the cost represents approximately 0.5 percentage points of gross yield.
Platform B takes 35%.
The cost approaches 1.75 percentage points.
On a small portfolio and over a single year, the difference may appear limited.
On significant capital and over several years of compounding, it becomes much more meaningful.
Other variables then need to be added.
Does the platform retain part of the assets that are not staked?
Is the advertised APY gross or net?
Has the commission already been deducted?
Are rewards automatically reinvested?
Are there withdrawal fees?
Does instant unstaking cost anything?
Coinbase, for example, specifies that its displayed APY is net of its commission and based on rewards actually observed over a past period. It is therefore not a promise of future returns.
Kraken, for its part, states that the rates shown may be estimates before commission.
Two identical figures on two screens may therefore represent two different realities.
APR and APY should not be confused
APR generally refers to an annualized rate that does not necessarily include the compounding of rewards.
APY seeks to include the effect of compounding.
Suppose a periodic return is regularly reinvested.
The rewards themselves begin generating rewards.
APY then becomes slightly higher than the corresponding APR.
This difference remains modest at low rates.
It grows as the yield rises and the compounding frequency increases.
The platform must also actually enable this compounding.
Receiving tokens in a wallet without automatically restaking them is not necessarily the same situation as using a product that reinvests rewards.
Liquid tokens such as WBETH can incorporate accumulation directly into their conversion ratio.
Other platforms distribute new tokens periodically.
Before comparing “4.2%” with “4.5%,” you therefore need to ask:
APR or APY?
Gross or net?
Commission included?
Compounded rewards?
Historical or estimated rate?
The difference between a good and a bad comparison is often found in these five words.
The withdrawal period may be worth more than one APY point
Imagine two services.
The first offers 4%.
Relatively fast withdrawal.
The second offers 5%.
Several weeks to unlock.
Which is better?
It depends on your need for liquidity.
For someone who plans to hold the asset for five years, the second may be attractive.
For someone who may need to sell quickly, the first may be worth more despite its lower rate.
Ethereum itself may use an exit queue when many validators seek to leave staking at the same time. Ethereum.org notes that the delay depends on network demand.
A platform may add its own processing time to this delay.
Other services use reserves or a secondary market to offer a faster exit.
This liquidity often comes at a cost.
Coinbase, for example, charges for its instant unstaking option when available.
Staking in 2027 should therefore be compared using a metric too rarely displayed prominently:
how long does it actually take to recover usable assets?
A return is worthwhile only if the capital constraints match your time horizon.
Slashing is a real risk, even if it remains rare
Proof of Stake works because validators have something to lose.
On Ethereum, certain serious behaviors can trigger slashing, meaning the destruction of part of the stake and the validator’s forced removal.
Ethereum cites double proposals and certain contradictory votes as behaviors that can trigger this mechanism.
A temporary outage does not automatically result in slashing. It may mainly lead to missed rewards or small penalties depending on the conditions.
For a platform user, the question becomes:
who bears this risk?
Some providers may cover certain penalties.
Others pass them on according to their terms.
Binance, for example, warns that malicious behavior or prolonged unavailability of Ethereum nodes may result in slashing affecting the underlying stake.
Kraken also lists slashing among the risks of staking.
The terms therefore need to be read.
“We run the validators for you” is a service.
You need to know who pays when the validator behaves badly.
Platform risk may be greater than staking risk
Suppose the Ethereum protocol works perfectly.
You can still lose access to your assets if the intermediary encounters a serious operational or legal problem.
Custodial staking therefore combines several risks.
Asset risk.
Protocol risk.
There is also validator risk and intermediary risk.
And potentially regulatory risk.
How crypto wallets work helps explain why custody fundamentally changes this equation.
With a self-custody wallet, the private key remains under your control.
On a custodial platform, the experience is simpler but the relationship of trust becomes greater.
This distinction does not mean self-custody is automatically safer.
A user can lose their seed phrase.
Sign a malicious transaction.
Download a fake wallet.
Lose their hardware wallet without a usable backup.
These are two different families of risk.
Choosing a platform partly means choosing which of these risks you prefer to manage.
Smart contracts and liquid staking add another layer
Lido and other on-chain protocols rely more heavily on smart contracts.
The code may be audited.
Tested.
Used for years.
The risk never becomes exactly zero.
A flaw in a contract, a poor integration or an economic attack can affect the system.
Then comes DeFi.
A user receives stETH.
They deposit it as collateral in a lending protocol.
They borrow a stablecoin.
Then they place the stablecoin elsewhere.
The initial staking remains in place.
But the overall position now contains several interconnected risks.
Ethereum.
Lido.
The lending protocol.
The stablecoin.
The collateral ratio.
Potential liquidation.
This explains why DeFi yields quickly become difficult to compare with native staking.
A strategy displaying 9% is not necessarily “9% staking.”
It may be a stack of several risks.
To understand the terms used in these products, BrefCrypto’s crypto glossary remains a useful starting point before adding multiple protocols.
The more steps a yield requires, the more you need to understand each step.
Not every Earn product is staking
This confusion should be eliminated before 2027.
Bitcoin operates through Proof of Work.
There is therefore no native Bitcoin staking comparable to ETH or SOL staking.
Yet some platforms now refer to “BTC staking.”
Kraken, for example, offers a service using the Babylon protocol. BTC remains on Bitcoin within a specific structure and contributes to the security of other Proof of Stake networks, while rewards are notably paid in BABY. Kraken itself specifies that Bitcoin does not support staking natively.
The same logic applies to certain Earn products.
An exchange may pay a return on USDT.
That does not mean USDT has become the native asset of a Proof of Stake blockchain.
The yield may come from lending, an on-chain strategy, a promotion or another mechanism.
This distinction should be systematic.
When a platform advertises 8% on an asset, ask:
Is it native staking?
Lending?
A DeFi strategy?
A promotional subsidy?
Token issuance?
Restaking?
The word “Earn” answers none of these questions.
The yield becomes understandable only once its source has been identified.
Restaking increases both yield and risk
Restaking takes the logic a step further.
An asset already used to secure Ethereum can also provide economic security to other services.
EigenLayer popularized this architecture.
Centralized platforms are beginning to offer products based on it themselves.
Binance, for example, allows WBETH to be used in an EigenLayer product to obtain additional rewards on top of ETH staking yield.
Kraken also offers ETH restaking on certain products.
On paper, capital efficiency increases.
The same ETH produces several layers of rewards.
Risk increases at the same time.
More protocols. More conditions.
More smart contracts.
More scenarios in which an error can affect the outcome.
The additional return must therefore be compared with the additional risk.
An investor who simply wanted Ethereum’s native rewards has no obligation to add restaking.
More yield is not automatically more efficient.
Sometimes it simply means more things that can break.
MiCA now regulates custodial staking in Europe
The European framework deserves particular attention for 2027.
MiCA does not contain a specific regime prohibiting staking carried out directly by a holder with a protocol. In a response published by ESMA, the European Commission specifies that staking in the strict sense is not itself subject to a specific MiCA license.
The situation changes when an intermediary stakes its clients’ assets.
In that case, the Commission considers staking-as-a-service to be linked to the custody service when the provider holds the crypto-assets or the means of accessing them. The provider must then be authorized to safeguard and administer crypto-assets and comply with the corresponding obligations.
This notably includes requirements relating to customer agreements, asset segregation, security and certain responsibilities in the event of a loss attributable to the provider.
A 2025 clarification adds that providers may not simply use client crypto-assets held in custody for their own account. A staking-as-a-service arrangement may be agreed with the client, but the benefits must not accrue solely to the provider.
For a European user, the platform’s regulatory status therefore becomes a practical criterion.
Not a guarantee of returns.
An additional element of protection.
Availability still depends on the country
A service may appear on an exchange’s website without being available to all users.
Coinbase applies geographic criteria to its staking products.
Kraken explicitly states that geographic restrictions apply.
Binance also accompanies its offerings with warnings that certain products and services may be unavailable in certain regions.
This issue is particularly important for readers in Africa.
A platform may accept users from a country for spot trading while not necessarily offering the same Earn or staking program.
Deposit methods may also vary.
The same applies to regulation and taxation.
You should therefore check directly within the account before buying a cryptocurrency solely to stake it.
Buying an asset and then discovering that its staking product is unavailable in your country creates an easily avoidable problem.
The publicly displayed yield is useful only if the user is actually eligible.
How should you compare two staking platforms?
The first figure to compare is the net yield on the same asset.
ETH against ETH.
SOL against SOL.
Not ATOM at 15% against ETH at 2.5%.
Next comes the commission.
Then custody.
Who controls the keys?
Third criterion: liquidity.
How long does it take to recover the asset?
Is a liquid staking token provided?
Is there a sufficiently liquid market?
Fourth criterion: operational risks.
Who selects the validators?
Who absorbs potential slashing?
What is the service’s track record?
Fifth criterion: regulation and jurisdiction.
Finally, integration.
Some people simply want to stake and forget about it.
Others want to reuse the liquid token in DeFi.
The best platform is therefore not universal.
For a beginner seeking simplicity, a major exchange may be convenient.
For an experienced user who prioritizes self-custody, native delegation or a liquid protocol may be more coherent.
For someone with 32 ETH and the necessary technical skills, solo staking offers even more control.
The same asset.
Three possible answers.
The highest yield is not necessarily the best choice
Imagine an obscure platform offering 14% on ETH while network yield remains considerably lower.
The first reaction should not be:
“Excellent.”
It should be:
“Where does the 14% come from?”
The extra return may be a promotion.
A reward token.
A lending strategy.
Restaking.
Leverage.
A temporary subsidy.
Or something much less healthy.
Finance has an exceptionally durable rule: a higher return generally requires an explanation.
This does not mean a high return automatically conceals fraud.
You simply need to identify who is paying.
Ethereum did not secretly decide to pay 14% to this one platform.
If the return is significantly higher than the protocol’s, a second source exists.
That source has its own economics.
And its own risk.
The stablecoin and yield-product market has already provided enough examples to justify this reflex.
APY is the beginning of the question.
Not the answer.
How much can staking actually earn?
Take 10 ETH, solely as an illustration.
If the average net yield were 2.5% over twelve months and remained constant, the gain would represent approximately 0.25 ETH before other considerations.
With 100 SOL and a hypothetical net yield of 5%, approximately 5 SOL.
But several variables change.
The network rate changes.
Fees may change.
The total amount staked changes.
Validator performance changes.
The cryptocurrency’s price changes.
The actual return in euros or dollars therefore cannot be inferred from APR alone.
If 0.25 ETH is earned while ETH’s price doubles, the monetary result appears excellent.
If ETH loses 70%, the staking gain does not offset the correction.
This is why staking is mainly suitable for people who already wanted to hold the asset.
Buying a poor cryptocurrency solely because its staking yield is advertised at 18% completely reverses the logic.
Conviction in the asset should come before the yield.
Staking can also dilute those who do not participate
This dimension is rarely explained.
On some networks, part of the rewards comes from new issuance.
The total number of tokens increases.
Stakers receive part of this new supply.
Holders who do not stake may then be diluted relative to participants.
In this type of economy, staking is not only about “earning a return.”
It can sometimes help maintain one’s relative share of the supply.
The nominal rate must therefore be compared with the network’s inflation rate.
Staking at 8% with 7% inflation has a very different economics from staking at 8% on an almost non-inflationary network.
Ethereum also adds fee burning to this equation.
Each blockchain must be analyzed according to its own rules.
The term Proof of Stake does not make all tokenomics identical.
This is also why comparators displaying only yield can lead to overly quick conclusions.
The figure appears universal.
The currency in which it is paid is not.
Stake or simply hold?
A Proof of Stake holder planning to keep their asset for several years may reasonably ask why they should leave the token idle.
If the custody, terms and risks suit them, staking can gradually increase the number of tokens they hold.
The answer is less obvious for someone who trades regularly.
Staking can introduce an exit delay.
A liquid token can reduce this constraint, with its own risks.
A trader who wants to be able to sell SOL immediately at the next resistance level does not have the same needs as an investor targeting 2030.
The choice should therefore match the time horizon.
Staking is not mandatory.
Not staking may be rational if immediate liquidity has greater value for the user.
A 3% return does not necessarily justify complicating a simple strategy.
Especially if the investor does not yet understand the technology.
Learning to hold a cryptocurrency securely may be more useful than immediately seeking every available point of yield.
Security: the platform is not enough
Choosing Coinbase, Kraken, Binance or a reputable protocol does not remove the need to protect your own access.
Strong authentication.
Unique password.
Email address protection.
Beware of phishing.
Check the domain.
Withdrawal whitelisting where available.
The account remains a target.
With self-custody staking, security takes a different form.
Seed phrase.
Hardware wallet.
Smart contracts.
Permissions.
Withdrawal address.
Ethereum specifically reminds users that a validator withdrawal address must be configured with great care and that certain credential choices are difficult to reverse.
Staking yield is often a few percentage points.
A security error can cost 100%.
The order of priorities should therefore be obvious.
Capital security.
Understanding the product.
Then yield optimization.
Not the other way around.
Which staking platform should you choose for 2027?
For users who want simplicity, large centralized platforms remain the most accessible solutions.
Coinbase offers a very simple interface and low minimums, in return for a currently high commission on several staking programs.
Kraken offers more choice between flexible availability and bonded solutions, with rates that vary by asset and weekly payments.
Binance has a broad Earn ecosystem and liquid staking solutions such as WBETH and BNSOL. Its ETH staking currently carries a 10% fee on rewards.
Lido is better suited to users who want access to Ethereum liquid staking through an on-chain architecture. Its current 10% fee must be weighed against the risks associated with smart contracts and the stETH token.
Finally, native staking remains the solution offering the least abstraction when users have the necessary skills and capital.
The ranking therefore depends less on the logo than on the user’s profile.
Simplicity.
Custody.
Liquidity.
Commission.
Risk.
These are the five elements that should guide the choice.
2027 could accelerate liquid staking
The next major development already appears to be visible.
For a long time, staking meant locking up an asset.
Liquid staking changes that logic.
A token represents the staked capital.
It can circulate.
Serve as collateral.
Be integrated into applications.
Create additional strategies.
WBETH.
BNSOL.
stETH.
Solana stake pools.
Capital becomes more composable.
This development is part of the broader rise of on-chain finance and new crypto narratives.
It nevertheless creates a paradox.
Staking is used to secure a network.
The more the position is transformed, tokenized, borrowed and reused, the more complex the economic structure built on top of staking becomes.
2027 could therefore be the year when base yield becomes almost routine while the products built around it become the real commercial battleground.
For investors, this will make one rule even more useful:
if you cannot explain where each layer of yield comes from, do not add that layer.
Staking only makes sense if the asset is already worth holding
This is probably the most important conclusion.
Ethereum currently shows around 2.5% in network yield on its official page.
Some tokens offer much more.
But a high yield on a cryptocurrency that steadily loses value remains a poor outcome.
Staking should therefore come after analyzing the asset.
Why hold ETH?
Why hold SOL?
What is the issuance policy?
How active is the network?
Who uses the blockchain?
What is the dilution risk?
Does the network have genuine demand?
This reasoning directly connects with the fundamental evaluation of cryptocurrencies: a few percentage points of rewards do not compensate for a poor asset, fragile tokenomics or an absurd valuation.
Yield optimizes a position.
It does not change its nature.
Conclusion: look at net yield, then everything that could make it disappear
A staking platform can make Proof of Stake almost invisible.
A few clicks.
Staked ETH.
Rewards.
A withdrawal button.
Behind this simple interface, however, are validators, unbonding periods, commissions, slashing risks and sometimes additional smart contracts or liquid tokens.
This is the infrastructure that needs to be compared in 2027.
Coinbase greatly simplifies access, with a current standard commission of 35% on the rewards of several assets.
Kraken allows users to choose between greater flexibility and certain bonded solutions.
Binance combines staking with liquid tokens such as WBETH and BNSOL, with a current 10% fee on its ETH staking rewards.
Lido offers an on-chain alternative based on stETH and a 10% fee on rewards.
Native staking keeps control closer to the user and the protocol, at the cost of greater complexity, particularly on Ethereum with its 32 ETH minimum for directly running a validator.
None of these architectures eliminates risk.
They relocate it.
Centralized platform: greater counterparty and custody risk.
Native staking: greater technical responsibility.
Liquid staking: smart contracts and risk associated with the liquid token.
Restaking: greater potential yield and greater dependence on additional systems.
The right platform is therefore not necessarily the one displaying the largest percentage in green.
It is the one whose net yield, custody, withdrawals, fees and risk genuinely match the way you want to hold the cryptocurrency.
And before seeking those extra percentage points, there remains a much more important question: should you actually hold the asset in question?
Staking comes later.
