Crypto Staking Explained

What Is Crypto Staking?

Staking is the process of locking up cryptocurrency to help operate and secure a blockchain network. In return, you earn rewards — new tokens paid out by the protocol itself. If you have heard of crypto mining, staking is the modern, energy-efficient alternative that powers most major blockchains launched since 2020, including Ethereum (which switched from mining to staking in September 2022).

The simplest analogy is a savings account, but with major caveats. When you deposit money in a bank savings account, the bank lends it out and pays you a small share of the interest. When you stake crypto, the network uses your tokens as collateral to guarantee that transactions are processed honestly. Your “interest” comes from newly created tokens and transaction fees, not from lending. And unlike a bank account, there is no FDIC insurance — if the token drops 50% in value, your staked position drops with it.

Despite that important difference, staking has become one of the most popular ways to earn passive income in crypto. As of early 2026, over $90 billion worth of ETH alone is staked on the Ethereum network, representing roughly 28% of total supply. Staking is no longer a niche activity — it is a fundamental part of how modern blockchains operate.

The core value proposition is straightforward: if you plan to hold a proof-of-stake token long-term anyway, staking lets you earn additional tokens while you hold. You are being paid to participate in network security. But the details matter — lock-up periods, validator selection, slashing risks, and tax implications all affect whether staking makes sense for your situation.

If you are completely new to crypto, start with our cryptocurrency for beginners guide first. If you already understand the basics and want to put your holdings to work, read on.

How Proof of Stake Works

To understand staking, you need to understand the consensus mechanism that makes it possible: Proof of Stake (PoS). Every blockchain needs a way to agree on which transactions are valid and in what order they happened. This agreement process is called “consensus.”

The original approach, used by Bitcoin, is Proof of Work (PoW). In PoW, miners compete to solve complex mathematical puzzles. The winner gets to add the next block of transactions and earns a reward. This works, but it consumes enormous amounts of electricity — Bitcoin mining uses roughly as much energy as a mid-sized country. For a deeper look at this mechanism, see our how Bitcoin works guide.

Proof of Stake replaces computational competition with economic commitment. Instead of buying expensive mining hardware and consuming electricity, validators lock up (stake) their tokens as a security deposit. The protocol then selects validators to propose and attest to new blocks based on the size of their stake and other factors. The process works like this:

1. Validator registration: A node operator deposits the required minimum stake (32 ETH on Ethereum, for example) and runs validator software.
2. Block proposal: The protocol randomly selects a validator to propose the next block of transactions. The selection is weighted by stake size — validators with more stake are chosen more often, but not exclusively.
3. Attestation: Other validators verify the proposed block and vote (attest) that it is valid. A supermajority of attestations is needed for the block to be accepted.
4. Finality: After enough attestations accumulate, the block is considered finalized — it becomes a permanent, irreversible part of the chain. On Ethereum, finality takes about 12-15 minutes under normal conditions.
5. Rewards: The block proposer and attesting validators earn rewards in the form of new tokens and a share of transaction fees.

The key security mechanism is slashing. If a validator tries to cheat — by proposing conflicting blocks, for instance — the protocol destroys (slashes) a portion of their staked tokens. This makes attacks economically irrational. To successfully attack Ethereum, you would need to control over one-third of all staked ETH (currently worth tens of billions of dollars), and you would lose most of it in the process.

This economic security model is why PoS chains can achieve comparable security to PoW while using over 99.9% less energy. It is also why staking rewards exist — the protocol needs to incentivize enough token holders to stake and run validators to keep the network secure. For more on how blockchains work at a fundamental level, see our blockchain explained guide.

Types of Staking

Not all staking is the same. There are four main approaches, each with different trade-offs in terms of rewards, risk, complexity, and minimum requirements. The right choice depends on how much crypto you have, your technical skill level, and how much control you want over the process.

Solo Staking (Running Your Own Validator)

Solo staking means running your own validator node directly on the blockchain. On Ethereum, this requires exactly 32 ETH (approximately $100,000+ at current prices), a dedicated computer that runs 24/7, and a reliable internet connection. You earn the full staking reward with no middleman fees. Solo staking is the most decentralized option and gives you complete control, but the technical requirements and capital commitment put it out of reach for most people. If your validator goes offline or misconfigures, you face inactivity penalties. If it double-signs, you face slashing.

Delegated Staking

Delegated staking lets you assign your tokens to an existing validator without running your own node. This is the standard approach on networks like Solana, Cosmos, Polkadot, and Cardano. You choose a validator from a list, delegate your stake to them, and earn a share of the rewards minus a small commission (typically 5-10%). Your tokens never leave your wallet — you maintain custody. The minimum is usually whatever the network requires (often just a few dollars). The main risk is picking a poor validator that has excessive downtime or gets slashed, which can affect your rewards or, in rare cases, your stake.

Liquid Staking

Liquid staking protocols like Lido, Rocket Pool, and Marinade stake your tokens on your behalf and give you a liquid receipt token (stETH, rETH, mSOL) in return. This receipt token represents your staked position and accrues value as rewards accumulate. The breakthrough is that you can use these receipt tokens elsewhere in DeFi — as collateral for loans, in liquidity pools, or simply sell them on the open market. No lock-up, no minimum, no running a node. The trade-off is an additional layer of smart contract risk and a small protocol fee (typically 5-10% of rewards). We cover liquid staking in depth in the section below.

Exchange Staking

Centralized exchanges like Coinbase and Kraken offer one-click staking. You deposit your tokens on the exchange, click a button, and start earning. No minimum, no technical knowledge required. The exchange handles all validator operations. The downsides: you give up custody of your tokens (the exchange holds them), the exchange takes a larger commission (often 15-25% of rewards), and you are exposed to exchange risk — if the exchange fails, your tokens could be at risk. Exchange staking is the easiest way to start, but it comes with the most counterparty risk.

How to Stake Your First Crypto

Ready to start? Here are practical step-by-step instructions for the two most popular staking tokens: ETH and SOL. We will cover both the easy way (exchange staking) and the more hands-on approach (wallet staking).

Staking ETH on an Exchange (Easiest)

1. Create an account on Coinbase or Kraken. Complete identity verification (required by regulation).
2. Buy or deposit ETH. Transfer ETH to your exchange account, or purchase it directly with fiat currency.
3. Navigate to staking. On Coinbase, go to “Earn” and select Ethereum. On Kraken, go to “Staking” and select ETH.
4. Enter the amount you want to stake and confirm. There is no minimum on most exchanges.
5. Start earning. Rewards typically begin accruing within 24-48 hours and are credited to your account automatically. Coinbase currently offers around 2.5-3.0% APY (after their commission). Kraken offers similar rates.

Staking ETH via Liquid Staking (Lido)

1. Set up a self-custody wallet like MetaMask. See our wallet setup guide for instructions.
2. Go to stake.lido.fi and connect your wallet.
3. Enter the amount of ETH you want to stake and approve the transaction.
4. Receive stETH in your wallet. This token represents your staked ETH plus accumulated rewards. It rebases daily, meaning your stETH balance increases automatically as rewards accrue.
5. Use or hold stETH. You can hold it to accumulate rewards, use it as collateral in DeFi protocols, or swap it back to ETH on a decentralized exchange at any time.

Staking SOL (Delegated Staking)

1. Set up a Solana wallet like Phantom (browser extension or mobile app).
2. Transfer SOL to your Phantom wallet from an exchange or another wallet.
3. Open the staking tab in Phantom. You will see a list of validators with their commission rates and performance history.
4. Choose a validator. Look for validators with high uptime, low commission (under 10%), and a solid track record. Avoid validators with 0% commission — they may not be sustainable long-term.
5. Delegate your SOL and confirm the transaction. Your SOL stays in your wallet — you maintain custody at all times.
6. Rewards start at the beginning of the next epoch (every 2-3 days). Current SOL staking APY is approximately 6-7%.

For secure long-term storage of your staking wallet, consider pairing with a hardware wallet like Ledger. Read our self-custody guide for best practices on keeping your staked assets safe.

Staking Rewards: What to Expect

Staking rewards vary significantly by blockchain, staking method, and network conditions. Here are approximate annual percentage yields (APYs) for major proof-of-stake networks as of early 2026. These numbers change over time as more or fewer tokens are staked network-wide.

Important context on high APYs: Chains with higher staking yields (like Cosmos at 15-20%) often have higher token inflation. Your staking rewards may look generous in percentage terms, but if the token supply is growing at 10-15% annually, your real return (adjusted for dilution) is much lower. A 4% APY on a low-inflation chain like Ethereum can deliver better actual returns than a 20% APY on a high-inflation chain where your share of the total supply barely changes.

Compounding: Some staking setups automatically compound your rewards (your rewards are re-staked, earning rewards on rewards). Liquid staking tokens like stETH compound automatically. For delegated staking, you typically need to manually claim and re-delegate rewards to compound. On a 6% APY with daily compounding, $10,000 becomes roughly $10,618 after one year. Without compounding, it would be $10,600. The difference becomes more significant over longer time horizons and higher rates.

Model your specific staking scenario with our staking calculator to see projected returns based on the amount, APY, and compounding frequency you choose.

Risks of Staking

Staking is often presented as “free money,” but every form of yield comes with risk. Before you stake, understand what can go wrong.

Slashing

Slashing is the most staking-specific risk. If the validator you stake with misbehaves — by signing conflicting blocks, being offline for extended periods, or violating protocol rules — the network can destroy a portion of the staked tokens. On Ethereum, slashing penalties can range from 1/32 of a validator's stake to the entire balance in extreme cases. If you are using delegated staking, your tokens can be slashed too. Mitigation: choose reputable validators with strong track records and spread your stake across multiple validators when possible.

Lock-up Periods and Illiquidity

Many staking methods require you to lock your tokens for a set period during which you cannot withdraw or sell. Ethereum has a variable withdrawal queue. Polkadot has a 28-day unbonding period. Cosmos has a 21-day unbonding period. If the market crashes while your tokens are locked, you cannot sell to limit losses. Liquid staking solves this for some chains, but introduces its own risks (see the liquid staking section).

Validator Downtime

If your chosen validator goes offline, you stop earning rewards. On Ethereum, extended downtime also triggers small inactivity penalties that gradually reduce your stake. While these penalties are small relative to slashing, they can add up over weeks. Solo stakers need to ensure their hardware and internet connection remain reliable — a power outage or internet disruption directly affects your returns.

Smart Contract Risk

If you use liquid staking protocols or DeFi-based staking services, your tokens interact with smart contracts. Bugs or vulnerabilities in these contracts could lead to loss of funds. Even well-audited protocols are not immune — several major DeFi exploits have occurred in audited code. This risk does not exist with native delegated staking or solo staking, where you interact directly with the blockchain protocol.

Opportunity Cost

Tokens locked in staking cannot be used for other purposes — trading, providing liquidity, or deploying in DeFi strategies that might offer higher returns. If a better opportunity appears while your tokens are locked in a 28-day unbonding period, you cannot act on it. Consider this when deciding how much of your portfolio to stake.

Market Risk

This is the biggest risk that people overlook. Staking rewards do not protect you from price declines. If you stake $10,000 of SOL at 7% APY and SOL drops 40% over the year, your position is worth roughly $6,700 — the $700 in staking rewards does not offset the $4,000 price decline. Staking makes sense when you already plan to hold a token long-term. It does not turn a bad investment into a good one.

Liquid Staking Explained

Liquid staking has become one of the most significant innovations in crypto, solving the biggest drawback of traditional staking: illiquidity. When you stake normally, your tokens are locked and cannot be used for anything else. Liquid staking protocols give you a tradeable receipt token that represents your staked position, letting you earn staking rewards while keeping your capital liquid and usable.

How Liquid Staking Works

You deposit your tokens (ETH, SOL, etc.) into a liquid staking protocol. The protocol stakes those tokens with a set of professional validators on your behalf. In return, you receive a liquid staking token (LST) — a receipt representing your staked tokens plus accumulated rewards. The three most widely used liquid staking tokens are:

• stETH (Lido): The largest liquid staking token by market cap. When you deposit ETH into Lido, you receive stETH. Your stETH balance automatically increases daily as staking rewards accrue (a “rebasing” token). Lido charges a 10% fee on staking rewards, split between the Lido DAO and node operators.
• rETH (Rocket Pool): A more decentralized alternative. rETH is a “value-accruing” token — instead of your balance increasing, the value of each rETH token relative to ETH increases over time. Rocket Pool uses a permissionless validator set, meaning anyone with 8 ETH can run a Rocket Pool node. Charges a 14% commission on rewards, split between the protocol and node operators.
• mSOL (Marinade): The leading liquid staking token on Solana. Deposit SOL, receive mSOL. Value-accruing model similar to rETH. Marinade distributes stakes across hundreds of validators to promote network decentralization. Charges a 6% commission on staking rewards.

Benefits of Liquid Staking

The primary benefit is capital efficiency. With traditional staking, your tokens earn rewards but sit idle. With liquid staking, you can simultaneously earn staking rewards and use your LST in DeFi. Common strategies include using stETH as collateral for borrowing on Aave, providing stETH-ETH liquidity on Curve, or simply holding the LST in your wallet while it appreciates. This “stacking” of yields is a core concept in DeFi — see our DeFi for beginners guide for more on how these pieces fit together, or our crypto lending and borrowing guide for a deep dive into how protocols like Aave work.

Risks of Liquid Staking

Liquid staking adds risks on top of normal staking risks:

• Smart contract risk: Your tokens are held in smart contracts. A bug or exploit could result in lost funds. Lido and Rocket Pool have undergone multiple audits, but no audit is a guarantee.
• De-peg risk: LSTs usually trade close to the price of the underlying asset (stETH tracks ETH), but they can temporarily trade at a discount during market stress. In June 2022, stETH traded at a 5-6% discount to ETH during market turmoil. If you need to sell during a de-peg event, you receive less than the underlying value.
• Centralization risk: Lido controls roughly 28% of all staked ETH. This level of concentration in a single protocol raises governance and systemic risk concerns for the broader Ethereum network.
• Regulatory risk: Some jurisdictions may classify LSTs as securities, which could affect their availability and legal status.

Staking Taxes

Staking rewards are taxable in most countries, and the tax treatment can be more complex than you might expect. Here is what you need to know — though as always, this is educational information, not tax advice. Consult a qualified tax professional for your specific situation.

When Are Staking Rewards Taxable?

In the United States, the IRS treats staking rewards as ordinary income at the moment you “receive or gain control” over them. The taxable amount is the fair market value of the tokens at the time of receipt. If you receive 0.01 ETH in staking rewards when ETH is trading at $3,500, you owe income tax on $35. This applies whether you sell the rewarded tokens or not — receiving them is the taxable event.

If you later sell those rewarded tokens at a different price, you also owe capital gains (or can claim a capital loss) on the difference between the selling price and the value at which you initially reported them as income. This means staking rewards are effectively taxed twice: once as income when received, and again when sold if the price has changed.

Liquid Staking Tokens and Taxes

Liquid staking adds complexity. When you deposit ETH and receive stETH, is that a taxable exchange? When your stETH balance rebases upward, is each rebase a taxable event? The IRS has not issued clear guidance on liquid staking specifically. Many tax professionals treat the initial deposit as a non-taxable event (similar to depositing into a smart contract) and treat each rebase or value accrual as income. But reasonable positions differ, and this area is evolving.

Record-Keeping Is Critical

Regardless of your jurisdiction, keep detailed records of every staking reward you receive, including the date, amount, and fair market value at the time of receipt. If you are staking on an exchange, the exchange may provide some of this information, but it is ultimately your responsibility. For wallet-based staking, you will need to track this yourself or use crypto tax software.

We recommend using dedicated crypto tax tools to automate tracking. Our tax software finder compares the major options. For a broader look at crypto tax obligations, see our crypto taxes guide.

International Considerations

Tax treatment varies significantly by country. In the UK, staking rewards are generally treated as miscellaneous income. In Germany, crypto held for over one year (including staked crypto) may be tax-free under certain conditions. Australia treats staking rewards as ordinary income at the time of receipt, similar to the US. Some jurisdictions have not issued specific guidance on staking at all, creating uncertainty. If you stake significant amounts, professional tax advice is worth the investment.

Choosing What to Stake

Not every proof-of-stake token is equally worth staking. Before you commit your capital, evaluate these factors:

1. Do You Believe in the Long-Term Value of the Token?

This is the most important question and the one people skip most often. Staking rewards are paid in the token you stake. If that token loses 60% of its value, no staking APY will save you. Only stake tokens you would be comfortable holding for at least a year without staking rewards. If you would not buy and hold the token on its own merits, do not stake it just for the yield.

2. What Is the Real Yield After Inflation?

Check the token's inflation rate and compare it to the staking APY. If a token has 12% annual inflation and offers 15% staking APY, your real yield is only about 3%. Compare that to a token with 1% inflation and 4% staking APY, which delivers a real yield of roughly 3% as well — but with much less supply dilution for non-stakers. The real yield tells you how much purchasing power you are actually gaining.

3. What Is the Lock-up Period?

Consider your liquidity needs. If there is any chance you will need to sell within the unbonding period, either use liquid staking or do not stake that portion. A 28-day unbonding period on Polkadot means you cannot react to market events for nearly a month. Match your staking lock-up to your investment time horizon.

4. How Reliable Is the Network?

Stake on networks with strong track records. Ethereum and Solana have large validator sets, active development communities, and years of operation. Newer or smaller chains may offer higher APYs to attract stakers, but they carry higher risk of bugs, exploits, or simply fading into irrelevance. Higher APY often compensates for higher risk — do not treat it as free money.

5. Validator Selection

If you are using delegated staking, validator choice matters. Look for validators with high uptime (99%+), reasonable commission rates (under 10%), a history of not being slashed, and community engagement. Avoid validators with 0% commission — they may not be economically sustainable and could shut down. Diversify across 2-3 validators if your stake is large enough to justify the additional transaction fees.

Decision Framework

Putting it all together, here is a simple decision process:

1. Filter by conviction. Only consider tokens you believe in long-term. Remove everything else.
2. Check real yield. Subtract inflation from APY. If the real yield is near zero or negative, staking may not be worth the added risk and complexity.
3. Assess liquidity needs. If you might need the funds, use liquid staking or leave some unstaked.
4. Choose your method. Match your technical comfort and capital to the right staking approach from the types of staking comparison above.
5. Set up tax tracking. Before you stake, have a system in place to record rewards. It is much harder to reconstruct this after the fact.

Use our yield finder to compare current staking rates across chains and protocols, and our staking calculator to model projected returns for your specific amount and time horizon.