Crypto Staking: How It Works and How Much You Can Earn 2026

Crypto staking means putting your coins to work in a Proof of Stake network in exchange for a reward the network pays for supporting consensus. It is not a bank deposit, not "passive income with no risk," and not an exchange product, even though exchanges sell it exactly that way. Below is a breakdown of where the yield comes from, how much it amounts to as of September 2026, and where the real risk hides in this scheme.

All rates in this text are approximate, and the source of every figure is noted separately. Facts were checked on September 23, 2026. The calculations are illustrative, nobody guarantees any income, and this material contains no investment or tax advice.

What crypto staking is

To answer the question "what is staking" in one sentence: you confirm the network's work with your coins and get new coins for it. The mechanics go like this. Coins are moved into a delegated state (or you run a validator yourself), their weight is counted when the network picks who writes the next block, and the network pays a reward out of issuance and part of the fees.

Two clarifications.

Staking is not always a lock-up. In Cardano, delegated ADA stays in the wallet and can be spent at any moment. In Polkadot and Solana, coins are bonded or moved to a stake account, but they stay under your control. The lock-up period is set by the network, not by the concept itself.

Delegation is not handing your coins to the validator. He gets the weight of your stake for voting and a share of the fee, but he cannot spend the coins: he does not have your keys. The exception is exchanges and some intermediaries, where the coins really do move onto someone else's balance — more on those below.

The main difference from a bank deposit is the currency the income comes in. The reward arrives in coins, not in dollars. You earned 6% a year in SOL, and SOL fell 40% over that year: more coins, less money.

Proof of Stake: what it is for

Every blockchain solves one problem: how to pick who writes the next block when there is no central server and the participants do not trust each other.

Bitcoin solves it with Proof of Work: miners spend computing power and electricity, and the right to a block goes to whoever finds a valid hash first. Security is paid for with hardware and energy.

Proof of Stake replaces hardware with collateral. The right to propose and confirm blocks is distributed in proportion to the coins put on the line, and the protocol punishes rule-breaking: in Ethereum that is slashing, meaning part of the collateral is burned and the validator is forcibly exited. Attacking the network requires controlling a share of the stake measured in tens of percent of all staked coins, and buying that on the open market is expensive.

That is where the reward comes from: the network pays for the validator's work and for capital exposed to penalties — and in some networks frozen for the duration of the exit as well. It is a payment for a service, not interest on a deposit.

Ethereum switched to PoS on September 15, 2022 (The Merge). Solana, Cardano, and Polkadot have run their own variations of PoS since launch, and the implementations differ noticeably. Ethereum's minimum validator deposit is 32 ETH, and after the Pectra upgrade (May 2025) a validator with 0x02-type withdrawal credentials accumulates an effective balance of up to 2048 ETH: 32 ETH is the minimum here, not the only size. In Polkadot you do not run a node — you nominate validators; in Cardano there is no entry threshold at all.

How it works

Step by step, using native staking as the example.

First. Coins are moved into a delegated state. In Cardano that is a transaction with a certificate, and the coins stay available. In Polkadot the stake is bonded. In Solana the coins move to a stake account and change state only at an epoch boundary.

Second. The validator includes your weight in his stake and takes part in consensus.

Third. The network pays the reward, and the frequency differs everywhere. Cardano pays once per epoch (5 days): delegation takes effect one epoch later, the first rewards arrive in roughly 15-20 days, and after that every epoch with automatic reinvestment. Solana pays per epoch and adds the rewards straight to the stake; an epoch contains 432,000 slots, and its actual length depends on the slot time. Ethereum credits the validator's balance continuously.

Fourth. The validator or the intermediary keeps a fee, and there is no single figure: a Cardano pool takes a fixed fee per epoch out of the total reward plus a margin in percent, a Solana validator sets his own percentage, Lido takes 10% of the rewards, and Binance quotes 10% "for reference" in its ETH staking. Look at the fee of the specific validator, not at the market average.

Fifth. The exit, and this is where the surprise usually lands. In Solana deactivation happens at an epoch boundary, and the protocol limits the share of the stake that can deactivate in a single epoch, so during a mass exit you will be waiting several epochs. In Ethereum the exit goes through a queue, and the wait depends on how many are leaving at the same time. In Polkadot the unbonding period for nominators dropped from 28 days to roughly 2 days after referendum 1910 (in force since July 2026). In Cardano there is no exit procedure at all.

And one more distinction that gets confused constantly. APR is a simple annual rate with no reinvestment; APY accounts for compounding. At 2-3% the difference is pennies; at 7-10% it is already visible. Binance, Bybit, ethereum.org, and Lido show APR, while aggregators like Staking Rewards calculate the rate with reinvestment, closer to APY, so figures from different sources are not directly comparable.

How much you can earn

The short answer: across the large PoS networks at the end of September 2026, the reference range is 2% to 7% a year in the coin itself, before the intermediary's fee and tax. For ETH, the ethereum.org page showed 2.5% APR on September 23, 2026; the rest of the figures come from aggregators and are not treated as confirmed.

Yield in PoS is not fixed. All else equal, growth in the total stake often lowers an individual participant's yield. But the exact relationship is set by the rules of the specific network, not by one universal formula. On top of that, the rate is affected by the validator's or provider's fee and by the quality of the node's work — and those are the parts you get to choose.

The second source of income besides issuance is network fees. In Ethereum, priority transaction fees go to the validator (the base fee is burned), plus income from ordering transactions within a block, known as MEV. The size of that portion floats with network load, and there is no universal figure for it.

Yield by coin (ETH, SOL, ADA, DOT)

For ETH the figure is official; for the other coins it comes from the Staking Rewards aggregator with its own calculation methodology. A reference point, not a guarantee.

Ethereum (ETH). ethereum.org showed 2.5% APR with 43.4 million ETH staked, about 35% of supply. Intermediaries pay less: Lido showed 2.2% APR on the same date, marked as an estimate. A realistic range for a retail participant is 2-2.5%.

Solana (SOL). The network does not publish an official yield figure; the aggregator showed about 6.7%. Issuance follows a schedule: the starting 8% a year falls by 15% annually toward a long-term 1.5%, and by mid-2026 the rate had dropped below 4%, as the Solana forum reported. In August 2026 the SGP-0002 vote approved doubling the pace of the decline, but as of mid-September the update had not yet been activated on mainnet. The nominal 6-7% in SOL is partly eaten by supply dilution.

Cardano (ADA). The aggregator showed about 2.1%. The rate is pushed down by the pool's fixed fee and by saturation: a pool that has gathered more stake than the protocol considers optimal pays its delegators less.

Polkadot (DOT). The aggregator showed about 2.8%. The issuance model changed recently: referendum 1710 introduced a supply cap of 2.1 billion DOT and a stepwise reduction in issuance every two years, with the first step taking effect on March 14, 2026. Estimates of current inflation diverge across sources, so I will not quote a specific figure here — check the DOT rate in the official dashboard before you enter.

A separate word on exiting DOT, because half the internet is out of date on this. Referendum 1910 took effect in July 2026: nominators are no longer subject to slashing, and their unbonding period was cut from 28 days to roughly 2 days (2 eras); the Polkadot wiki states 1-2 days depending on when the request is made. Validators still carry slashing risk. Aggregators still show 28 days, and for nomination pools you should check the term in the dashboard.

Table: coin, APY, risks

*Values as of September 23, 2026. For ETH, the figures shown are Current APR from ethereum.org and APR from lido.fi; both sites mark them as estimates. For SOL, ADA, and DOT, the figures come from the Staking Rewards aggregator and are not official protocol rates.

Illustrative calculation: $1,000 in ETH for a year

The terms of the exercise are illustrative. You enter with $1,000 at an assumed price of $3,000 per ETH, so 0.3333 ETH. For a simple calculation, take an assumed 2.5% APR with no reinvestment. The intermediary's fee is not counted yet; this is an illustrative rate for the whole year, not a forecast.

Calculating without intermediate rounding: (1000 / 3000) × 1.025 = roughly 0.3417 ETH after a year, a gain of roughly 0.0083 ETH. Through an intermediary charging 10% of the rewards, the rate becomes 2.25% and the result is 0.3408 ETH.

Three price scenarios, no fee.

• The price did not change, $3,000. Result $1,025, a profit of $25 before tax.
• The price rose 30%, to $3,900. Result $1,332.50, of which $300 came from the revaluation of the original coins and $32.50 from staking, price growth included.
• The price fell 30%, to $2,100. Result $717.50. More coins, and $282.50 less money.

There is one conclusion: at a rate of about 2.5%, the result in money is decided by the price, not by staking. The yield starts to matter on large capital, in networks with a high nominal rate, or over a horizon of several years.

Where to stake

Three methods, fundamentally different in terms of control and risk.

On an exchange (Binance, Bybit)

The lowest barrier to entry: the coins are already in your account, and staking turns on in a couple of clicks. In Binance ETH staking the minimum is 0.0001 ETH, and in return you get WBETH, which does not rebase: the number of tokens does not grow, their rate against ETH does, and the coefficient is updated once a day. The fee is quoted as 10% "for reference," the APR is marked as an estimate and is recalculated daily. Withdrawals are subject to a daily quota, the exchange shows the expected date you will receive your ETH when you submit the request, and the request cannot be cancelled.

At Bybit, staking lives in the On-Chain Earn section: products are split into flexible and fixed-term ones, each asset has its own bonding and unbonding periods, and you should check the return period in the pool's card. The rate in the card is, as the exchange itself writes, given for reference and does not guarantee income, while the bonus APR in promotional products depends on the size of the prize fund, not on network consensus.

The main thing about exchange staking: you are not the one staking. The coins are handed to the exchange, it stakes in its own name, keeps a fee, and passes on part of the income. The keys are not yours, and the counterparty risk is entirely on you.

One more thing. Exchanges keep real staking and Earn products in the same storefront. In its Simple Earn description, Binance writes that rewards are paid out of the exchange's own funds and that deposited assets may be used in staking, margin lending, and other lines of business. Bybit separates Easy Earn and On-Chain Earn. The latter contains both staking and other on-chain strategies, so the source of income has to be read in the product's card. If a product involves a stablecoin like USDT, there is no PoS there at all: USDT does not serve as a native PoS validator stake. The income may come from lending, liquidity, or other strategies with risks of their own.

In a wallet

The native route: the coins stay under your keys, you pick the validator yourself, and you pay a fee to him alone.

Cardano is the fastest to set up. Install Daedalus, Yoroi, or Lace, register a stake key (a refundable 2 ADA deposit), choose a pool, sign the transaction. The coins are not locked, the first rewards arrive in 15-20 days and every 5 days after that, and you can switch pools at any moment.

Solana works through a stake account: you create it in the wallet, delegate a minimum of 1 SOL to a validator, and the rewards arrive per epoch and are added to the stake. On exit, the stake first deactivates, and you can withdraw the coins after the epoch boundary — with a long queue, after several epochs.

Polkadot is the most complicated of the lot. Either direct nomination, where you pick up to 16 validators and need to check the minimum amount in the dashboard, or a nomination pool from 1 DOT. In both cases the funds stay in your account, but you cannot switch pools without unbonding.

Ethereum in its pure form is available only with 32 ETH and your own node, and uptime is on you. Node downtime is not slashing: the validator loses rewards and may take separate inactivity penalties. Slashing happens for proposing two blocks, for double voting, or for "surround" voting: the protocol penalizes the validator and forcibly exits him, and the size of the loss depends in part on how many nodes broke the rules at the same time.

The choice of validator matters: the fee, the uptime history, the absence of slashing, the size of the pool. In Cardano an oversaturated pool cuts rewards for all delegators, and overly large validators harm decentralization in any network.

Liquid staking (Lido, Rocket Pool)

Liquid staking solves the main inconvenience of PoS: a locked asset cannot be freely used in other operations. The protocol issues a derivative token (an LST) that can be used in DeFi while the underlying asset keeps staking. How such tokens are used in lending protocols and liquidity pools was covered in "DeFi: what it is in plain words".

Lido. The largest ETH liquid staking protocol; as of the check date it held about 9.8 million ETH. The fee is 10% of the reward, half going to node operators and half to the DAO treasury. stETH rebases, and the balance is recalculated once a day. Withdrawal through the protocol takes 1 to 5 days under normal conditions and depends on the Ethereum validator exit queue. The rate on the site on September 23, 2026 was 2.2% APR, marked as an "estimate."

Rocket Pool. Smaller in size, with a minimum deposit of 0.01 ETH. The rETH token does not rebase; its rate against ETH grows instead. Validators are run by independent operators: after the Saturn 1 upgrade (February 2026) they put up 4 ETH of their own collateral per validator alongside 28 ETH from the shared pool and take a 5% fee on the rewards from the pooled portion. Losses from poor node performance are written off from the operator's share first and only then touch rETH holders. Check the current rate on the protocol's site; the aggregator showed about 2.1% on the check date.

The flip side of the convenience: a derivative token is a separate asset, and in a number of jurisdictions transactions with it are treated as taxable events in their own right.

And there is a trap of its own — the depeg. A derivative token trades on the secondary market and, in a panic, slips below parity: in 2022, stETH traded at a discount to ETH for several weeks. If an LST is pledged as loan collateral, a deep discount can push the position into forced liquidation.

Staking risks

Market risk. The biggest one, and the most underrated. The reward arrives in the coin; the position is valued in dollars. An annual 5% does not save you from a 50% drawdown in the asset. Crypto staking makes sense only for coins you are willing to hold for a long time anyway.

Liquidity risk. While the exit queue in Ethereum or several epochs of deactivation in Solana run their course, the price has already made its move without you. For DOT nominators, this risk shrank to a couple of days after July 2026, but it did not disappear.

Slashing and the absence of it. A protocol penalty for breaking consensus rules does not exist everywhere. In Ethereum it applies to the validator with his entire balance; in Polkadot, after referendum 1910, only validators are subject to it; in Solana, according to the official documentation, slashing is not automatic; in Cardano it does not exist at all. The absence of slashing does not mean the absence of risk: validator downtime eats rewards, an exchange can freeze withdrawals, a contract can be hacked.

Counterparty risk. Staking on an exchange means the coins sit on its balance sheet, and the industry's history contains plenty of cases where a platform halted withdrawals.

Smart contract risk. Liquid staking and DeFi. An audit lowers the probability of a vulnerability but does not reduce it to zero.

The provider's operational risk. A validator can go offline, raise his fee without warning, or close the pool. Rewards can fall, and in networks with inactivity penalties part of the stake can be lost as well.

Regulatory risk. Requirements for retail staking products change across jurisdictions, and a provider can close a product for your country unilaterally.

Inflation risk. The gap between nominal and real yield: while the network issues new coins, your share of the supply grows more slowly than the advertised figure, and when issuance exceeds your rate, that share falls outright.

When staking does not work. An illustrative example: a holder subscribed to a fixed-term Earn product on an altcoin at 12% a year, the market fell 40% a month later, and he decided to exit. Early withdrawal under the product's rules zeroes out the accrued rewards, and returning the coins takes time. In the end the 12% a year turned into zero, the position lost 40% in money terms, and selling it at the bottom was not an option. Staking is not the cause of the loss here, but it took away the ability to cut market risk quickly by selling.

Typical mistakes that repeat year after year:

• Picking a coin by its yield figure rather than by your willingness to hold it for years.
• Confusing an Earn product on a stablecoin with staking.
• Not checking the exit period before entering.
• Picking a validator by the highest rate without checking the fee, the uptime, and the pool's saturation.
• Pledging an LST as loan collateral with no plan for a depeg.

Staking vs trading

Two different occupations, related only by the asset class.

Staking is long-term holding with a payout mechanic set by the protocol. It usually requires no daily trades, but the fees, the validator's work, and rule changes need to be monitored.

Trading is active work with price. The result is decided by skill, discipline, and data. You can lose all of your trading capital. Staking does not protect capital either: a properly working validator does not remove a price drop, a hack, or an intermediary's risk. If you are not familiar with trading yet, the basics of exchanges and futures are covered in a free lesson on the Secret Terminal YouTube channel. The lesson is part of a full five-part course for beginners.

The nature of the income differs too. Staking earns rewards from issuance and, depending on the network, from fees. A trading result comes from price changes, trade terms, and costs; a profit on spot does not necessarily mean an equal loss for a specific counterparty.

A comparison of the two approaches by horizon, tax burden, and how much involvement they demand is covered in detail in "Trading vs investing in crypto: which to choose". The remaining ways to monetize crypto, from arbitrage to airdrops, are collected in "How to earn on cryptocurrency: 8 real methods".

These methods are not competitors: the long-term part of the portfolio sits in staking, while the trading capital works on short moves.

The trading part needs a different toolkit. The order book shows where the limit volumes sit, the tape shows what is being executed right now and in what size, and clusters show how volume was distributed across prices earlier. That is exactly what Secret Terminal works with: the terminal connects to exchanges via API keys and gathers the order book, the tape, and clusters in one window. The terminal has no staking function; it handles order flow analysis and trade execution. How professionals read the market through the order book and clusters is shown in a free lesson from the same course.

FAQ

• Crypto staking — what is it in plain words?

  It is putting your coins to work in a Proof of Stake blockchain in exchange for a reward. You delegate the weight of your coins to a validator, the network pays in new coins and part of the fees, and in most networks the coins themselves stay under your control. The income arrives in crypto, and the price can fall further than the number of coins grows.

• How much does crypto staking pay in 2026?

  The reference range across the large networks as of September 23, 2026 is 2% to 7% a year in the coin itself. ETH about 2.5% APR per ethereum.org , SOL roughly 6-7%, ADA about 2%, DOT about 3% per the aggregators. The rates float, so check current values in the official dashboards before entering.

• Can you lose coins in staking?

  Yes: slashing when a validator breaks the rules, where slashing exists; a smart contract hack in liquid staking; problems with the exchange in centralized staking. Plus a market drawdown, which formally takes no coins away but reduces the value of the position. Polkadot nominators have not been subject to slashing since July 2026, and in Cardano it does not exist at all.

• How does APR differ from APY?

  APR is a simple annual rate with no reinvestment; APY accounts for compounding. At a rate of 2.5% the difference is negligible; at 10% it is already noticeable. Binance, Bybit, ethereum.org , and Lido show APR, while aggregators more often calculate the rate with reinvestment, so compare only identical metrics.

• What is the minimum needed to start?

  It depends on the method. Your own Ethereum validator requires 32 ETH, Rocket Pool accepts from 0.01 ETH, and Binance ETH staking has a 0.0001 ETH minimum. In Solana the minimum delegation is 1 SOL, in Polkadot a nomination pool accepts from 1 DOT, and in Cardano there is no threshold — you pay the network fee and a refundable 2 ADA deposit.

• Are exchange staking and native staking the same thing?

  No. With native staking you delegate coins from your own wallet and control the keys. On an exchange the coins are on its balance sheet, it stakes in its own name, and it shares part of the income. Earn products in the same storefront may have nothing to do with staking at all.

• Is crypto staking taxed?

  Taxation depends on the country: receiving rewards and selling later may be counted as separate events, but that is not a universal rule. The rules depend on your country of residence and change regularly, so check the question with a tax adviser.

Crypto staking covers the long-term part of a portfolio and works over a horizon of years, while the trading part demands speed and data in the moment. Secret Terminal gathers the order book with a density map, the tape, and clusters with delta across connected exchanges in one window, so you can run the trading part of your capital off live order flow. The terminal is free, connects to Binance, Bybit, OKX, MEXC, WhiteBIT, Kraken, and BloFin via API keys, and support answers on Telegram.