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Guide · Crypto

Crypto Staking APY: What the Yield Actually Means (and What It Doesn't)

A 12% APY headline looks attractive until you realise the token can lose 60% of its value overnight. Understanding what staking APY actually represents—and what risks it conceals—is essential before committing capital.

APY vs APR: what the staking yield really shows

Staking APY (Annual Percentage Yield) is the projected annual return from locking up a proof-of-stake cryptocurrency to help validate transactions on the network. Unlike savings account interest, staking rewards are paid in the same token you staked—so the yield is denominated in the asset, not in pounds or dollars.

APY includes the effect of compounding—reinvesting rewards so each period's earnings generate further earnings. APR does not compound. The difference matters more at higher rates: at 5%, APR compounded daily gives an APY of 5.13% (a small difference); at 20% APR compounded daily, the APY is 22.1% (a larger difference). Always check whether a protocol advertises APR or APY—they are not the same.

Staking at different APYs: 1,000 tokens after one year (flat token price assumed)
APYAnnual reward (tokens)Compounded monthlyCompounded annually
3%30.0 tokens1,030.4 tokens1,030.0 tokens
5%50.0 tokens1,051.2 tokens1,050.0 tokens
8%80.0 tokens1,083.0 tokens1,080.0 tokens
12%120.0 tokens1,126.8 tokens1,120.0 tokens

On a $10,000 stake at 5% APY compounded daily, you earn $512.67 after one year. Compounded annually, you earn $500.00. The gap is modest at 5%—but the token price risk dwarfs the compounding difference entirely.

Current staking yields and what drives them

Staking yields vary considerably by network and protocol. Broadly, the yield reflects how much the network pays validators relative to the total staked supply. As more tokens are staked, the yield per staker typically falls. Yields also vary based on inflation rates built into the protocol—many networks issue new tokens as staking rewards, which can dilute the value of existing holdings.

Ethereum staking APY
~3.5%
Solana staking APY
~6%
DeFi protocol APY
8–20%+

Higher yields almost always mean higher risk. Ethereum's 3.5% reflects a large, established network with significant staked supply and a protocol that has been live for several years. A DeFi protocol offering 15% APY may be new, may rely on token emissions that inflate supply, or may have smart contract vulnerabilities that have not yet been discovered. The risk-return relationship in crypto staking is steep: a 12% yield on a token that subsequently falls 50% still results in a major loss.

The risks hidden in the APY headline

Token price risk is the most significant. A 10% staking APY earned in a token that falls 50% in value leaves you with a 45% net loss in fiat terms. Staking does not hedge against price decline—it only earns more of the same asset.

Validator risk applies when you run or delegate to a validator node. Validators that behave incorrectly—through technical error or malicious action—can be “slashed”, permanently destroying a portion of the staked tokens. This affects delegators proportionally. On Ethereum, slashing events have been rare but not unknown.

Smart contract risk is particularly relevant for DeFi staking protocols. If the smart contract has a bug or is exploited, staked funds may be lost entirely. Unlike bank deposits, crypto held in DeFi protocols is not protected by any compensation scheme.

Lock-up and unbonding periods prevent you from accessing staked tokens immediately. Ethereum has a withdrawal queue; some protocols have unbonding periods of 21–28 days. During a market crash, being locked into a staking position can prevent you from selling.

Liquid staking tokens such as stETH (Lido) and rETH (Rocket Pool) allow you to receive a tradeable token representing your staked position. This solves the liquidity problem but introduces a different risk: during stress events, liquid staking tokens can trade at a discount to the underlying asset.

Calculate staking returns →

Frequently asked questions

What is the difference between APY and APR in staking?

APR (Annual Percentage Rate) is the simple annual return without compounding. APY (Annual Percentage Yield) includes the effect of compounding—reinvesting rewards so that each period's earnings generate their own earnings. The more frequently rewards compound, the higher the APY relative to the APR. At 5% APR compounded monthly, the APY is 5.12%. At 5% APR compounded daily, APY is 5.13%. For most staking protocols the difference is small, but always check whether the advertised rate is APR or APY.

Is crypto staking income taxable in the UK?

Yes. HMRC's guidance is clear: staking rewards are treated as miscellaneous income and taxed at the market value in GBP at the time you receive them. This means you pay Income Tax and potentially Class 2/4 National Insurance on each reward. When you later sell the staked tokens (including the rewards), any gain above the CGT allowance is also subject to Capital Gains Tax. You effectively pay tax twice: once on receipt as income, and once on disposal as a capital gain on any appreciation.

What is slashing and how does it affect staking?

Slashing is a penalty applied to validators on proof-of-stake networks who behave dishonestly or carelessly—for example, by signing two conflicting blocks or going offline excessively. When a validator is slashed, a portion of the staked tokens is permanently destroyed. If you delegate your stake to a validator that gets slashed, you may lose a portion of your staked principal. On Ethereum, slashing penalties can range from a small percentage up to the entire stake for severe double-signing attacks.

What is liquid staking?

Liquid staking allows you to stake tokens and receive a receipt token in return that represents your staked position plus accrued rewards. For example, staking ETH with Lido gives you stETH, which can be traded, lent, or used as collateral in DeFi while your underlying ETH continues earning staking rewards. Liquid staking solves the problem of locked-up capital during staking periods. The trade-off is additional smart contract risk and the fact that the liquid token may trade at a discount to the underlying asset during periods of stress.