APY (Annual Percentage Yield)

What Is APY in Crypto?

APY, or Annual Percentage Yield, is the yearly percentage return that includes the effect of compounding.

In cryptocurrency, APY is commonly used to describe the expected annual return from staking, lending, liquidity pools, yield vaults, restaking, token incentives, and other crypto yield strategies.

The Consumer Financial Protection Bureau’s APY rule appendix says annual percentage yield measures the total amount of interest paid on an account based on the interest rate and the frequency of compounding.

In simple terms, APY shows how much a user could earn over one year if rewards are reinvested and the stated rate stays the same.

This makes APY different from APR, which usually shows a simple annual rate before compounding.

For example, a crypto vault that pays rewards every day and reinvests them may show a higher APY than a simple APR because the rewards begin earning rewards too.

APY is useful because it helps users compare yield opportunities that compound at different intervals.

However, crypto APY is often only an estimate because rates can change quickly.

A displayed APY may depend on token prices, reward emissions, borrowing demand, validator participation, trading fees, liquidity levels, and protocol rules.

This means APY should not be treated as a guaranteed return.

In crypto, APY is best understood as a projected annualized yield under specific assumptions, not a promise that a user will earn that exact amount.

Why APY Matters in Cryptocurrency

APY matters because yield is one of the most visible features in crypto markets.

Users often compare staking products, DeFi lending pools, liquidity pools, stablecoin strategies, and auto-compounding vaults by looking at APY.

A higher APY can attract users, liquidity, and attention.

However, a higher APY can also signal higher risk.

Two crypto products can both display 20% APY while having completely different sources of yield and completely different risk profiles.

One APY may come from real lending demand.

Another APY may come from protocol token emissions.

Another APY may come from trading fees in a volatile liquidity pool.

Another APY may come from leverage, complex derivatives, or off-chain activity.

The same APY number does not mean the same level of safety.

Crypto users should always ask how the yield is generated, who pays it, how often it compounds, what asset is paid as the reward, and what can cause the rate to fall.

APY is a helpful comparison tool, but it is not a full investment analysis.

APY vs APR

APY and APR are often confused, but they measure different things.

APR, or Annual Percentage Rate, usually shows a simple annualized rate without compounding.

APY includes the effect of compounding, which means rewards are reinvested and begin earning more rewards.

The Investor.gov compound interest guide explains that compound interest means earning interest on both the original amount and accumulated interest.

In crypto, this difference matters because many protocols pay rewards frequently.

If a user earns rewards every day and those rewards are automatically reinvested, the effective annual return can be higher than the simple APR.

For example, a 10% APR with daily compounding produces an APY that is slightly higher than 10%.

The difference becomes larger when the base rate is high or compounding is frequent.

A user should not compare one platform’s APR with another platform’s APY as if they are the same.

A fair comparison should use the same compounding assumption, the same fee assumptions, the same reward asset, and the same risk category.

How APY Is Calculated

The standard APY formula is APY = (1 + r / n)ⁿ - 1.

In this formula, r is the annual interest rate and n is the number of compounding periods per year.

If rewards compound once per year, APY and APR are usually the same before fees and other adjustments.

If rewards compound monthly, weekly, daily, or continuously, APY becomes higher than the simple annual rate.

For example, a 12% annual rate compounded monthly produces a higher effective yearly return than 12% simple interest.

In crypto, some apps calculate APY by annualizing recent reward data.

Other apps estimate APY from current emissions, current token prices, pool size, and expected compounding frequency.

Some apps show historical APY based on past performance.

Some apps show projected APY based on current conditions.

These differences make APY displays hard to compare unless the calculation method is clear.

A reliable protocol should explain whether APY is current, historical, projected, fixed, variable, compounded manually, or compounded automatically.

Simple Example of APY

Imagine a user deposits 1,000 stablecoin units into a crypto strategy with a 10% annual rate that compounds monthly.

At the end of the first month, the user earns a small reward.

If that reward is added back into the position, the next month’s reward is calculated on a slightly larger balance.

Over time, rewards begin earning rewards.

This is the compounding effect.

After one year, the user may earn more than 100 units because the position compounded during the year.

That higher effective yearly return is the APY.

This example assumes the rate stays constant, rewards are reinvested, fees are ignored, and the stablecoin keeps its value.

In real crypto markets, each of those assumptions can fail.

The rate can change, fees can reduce return, the reward token can fall, and the strategy can face smart contract or liquidity risk.

This is why APY examples are useful for learning but should not be treated as guaranteed outcomes.

Compounding in Crypto

Compounding in crypto happens when earned rewards are added back into the earning position.

A staking reward can be restaked.

A lending reward can be redeposited.

A liquidity mining reward can be converted and added back into a pool.

A vault can automatically harvest and reinvest rewards.

Manual compounding means the user claims rewards and reinvests them manually.

Automatic compounding means a smart contract or protocol reinvests rewards for the user.

Automatic compounding can improve convenience and sometimes reduce missed rewards.

However, automatic compounding can also add smart contract risk, strategy risk, and fee complexity.

Users should understand whether a displayed APY assumes manual compounding, automatic compounding, or no actual compounding yet.

They should also check whether the cost of claiming and reinvesting rewards is higher than the benefit of compounding.

On some networks, gas fees can make frequent manual compounding uneconomic for small balances.

APY in Staking

Staking APY is the annualized return that includes compounding assumptions for staking rewards.

Staking is the process of helping secure a proof-of-stake network by locking, delegating, or otherwise committing assets to validator participation.

The official Ethereum staking guide explains that different staking paths have different risks, rewards, and trust assumptions.

Staking rewards may come from protocol issuance, transaction fees, validator performance, or other network-level reward sources.

Staking APY can change when more users stake, when validator performance changes, when network fees change, or when protocol rules change.

Some staking systems automatically compound rewards.

Other staking systems require users to manually claim and restake rewards.

Some liquid staking tokens reflect rewards through a growing exchange rate instead of increasing the token balance.

Users should understand how a staking APY is calculated before assuming it represents a fixed income stream.

Staking also has risks such as token volatility, lockup periods, validator downtime, slashing rules, custody risk, and smart contract risk.

APY in DeFi Lending

DeFi lending APY shows the annualized return a lender may earn when supplied assets generate interest and the rewards compound.

In a lending market, depositors supply assets and borrowers pay interest to use those assets.

The rate usually depends on utilization, which means the share of the pool that is borrowed.

If borrowing demand rises, supply APY may rise.

If borrowing demand falls or many users deposit the same asset, supply APY may fall.

Some lending protocols also add token incentives, which can increase the displayed APY.

This means a lending APY may include borrower interest, reward tokens, or both.

Users should ask whether the APY comes from real borrower payments or from temporary emissions.

Lending APY also carries smart contract risk, collateral risk, liquidation risk, oracle risk, and liquidity risk.

A high lending APY may mean strong demand, but it may also mean stress in the borrowing market.

The safest analysis asks why borrowers are willing to pay that rate.

APY in Liquidity Pools

Liquidity pool APY shows the annualized return a liquidity provider may earn when trading fees and rewards are reinvested.

A liquidity provider deposits assets into a pool so traders can swap between them.

The provider may earn a share of trading fees.

The protocol may also distribute reward tokens to attract liquidity.

If those fees and rewards are compounded back into the pool, the displayed APY may be higher than the simple APR.

Liquidity pool APY can be attractive, but it can also be misleading.

A pool can show high APY while the user loses money because of impermanent loss.

Impermanent loss happens when the value of deposited assets changes compared with simply holding the assets outside the pool.

Reward token prices can also fall, reducing the real value of the APY.

Low liquidity can make APY look high because rewards are split among fewer participants.

Users should compare APY with asset volatility, pool depth, trading volume, fee revenue, incentive duration, and impermanent loss risk.

APY in Auto-Compounding Vaults

Auto-compounding vaults are smart contract strategies that claim rewards and reinvest them automatically.

These vaults often display APY because compounding is part of the strategy.

A vault may harvest rewards, swap them into the deposit asset, and add them back into the position.

This can save users time and reduce the need for manual claiming.

Auto-compounding can be useful when rewards are frequent and gas costs are shared across many users.

However, vault APY depends on the strategy actually working as expected.

The vault may face smart contract risk, strategy risk, swap slippage, reward token volatility, performance fees, withdrawal fees, and governance risk.

A vault may also depend on other protocols, which adds layered risk.

Users should read what the vault does with funds before depositing.

A high vault APY is not enough if the strategy is complex and poorly explained.

Fixed APY vs Variable APY

Fixed APY means the rate is intended to remain stable for a defined period.

Variable APY means the rate can change as market conditions or protocol rules change.

Most crypto APY is variable.

Staking APY can change as network participation and fees change.

Lending APY can change as supply and borrowing demand change.

Liquidity pool APY can change as volume, liquidity, and reward token prices change.

Some fixed-term DeFi products may offer more predictable returns.

Even fixed-term products can carry smart contract risk, liquidity risk, counterparty risk, and early withdrawal restrictions.

Users should check whether the APY is fixed, variable, promotional, historical, or estimated.

This distinction is critical because a 30% variable APY can become 5% quickly if liquidity or rewards change.

A clear APY display should explain the stability of the rate.

Nominal APY vs Real APY

Nominal APY is the displayed annual yield before adjusting for token inflation, fees, price changes, and other losses.

Real APY tries to measure the actual increase in value after important costs and dilution are considered.

In crypto, nominal APY and real APY can be very different.

A staking position may show 8% APY, but the token supply may also inflate.

A liquidity pool may show 40% APY, but impermanent loss may reduce the final return.

A reward program may show 100% APY, but the reward token price may fall sharply.

A lending product may show 15% APY, but a smart contract exploit can cause total loss.

Users should separate token quantity from value.

Earning more tokens is not the same as earning more purchasing power.

Real APY analysis asks whether the user is actually better off after fees, inflation, risk, and price movement.

Base APY vs Reward APY

Base APY is yield generated by the core activity of a protocol.

In lending, base APY may come from borrower interest.

In liquidity pools, base APY may come from trading fees.

In staking, base APY may come from protocol staking rewards.

Reward APY is yield added through extra incentive tokens.

A protocol may use reward APY to attract deposits or bootstrap liquidity.

The difference matters because base APY may be more connected to real usage.

Reward APY may disappear when incentives end or when the reward token loses value.

A total APY of 25% may be much stronger if most of it comes from real fees than if most of it comes from temporary emissions.

Users should ask protocols to separate base APY, fee APY, incentive APY, and boosted APY.

Clear APY breakdowns help users judge sustainability.

Why Crypto APY Changes Quickly

Crypto APY changes quickly because blockchain markets run continuously.

Rates can change when users deposit funds, withdraw funds, borrow assets, repay loans, add liquidity, remove liquidity, or change staking participation.

Reward token prices can change every minute.

Protocol governance can change emission schedules.

Trading volume can rise or fall quickly.

Stablecoin demand can move between markets.

Validator participation can change staking returns.

Liquidations can change borrowing demand.

Security events can cause liquidity to leave a protocol.

Because crypto markets operate around the clock, APY is often a live market signal rather than a fixed long-term rate.

Users should review APY regularly if they are using a variable-rate strategy.

How APY Can Be Misleading

APY can be misleading when the calculation is based on a short period of unusually high rewards.

A protocol may annualize one day of high fees and display a very large APY.

A reward token may temporarily rise in price and make the APY look larger than it will be later.

A pool may have low deposits, so a small reward amount creates a high displayed APY.

A strategy may rely on leverage, but the APY display may not clearly show liquidation risk.

A vault may show APY before performance fees, withdrawal fees, slippage, or gas costs.

A staking product may show APY without explaining lockup rules or validator risk.

This is why users should not treat APY as a complete measure of return.

The better question is what risks are being taken to earn the APY.

If the risk is hard to understand, the displayed APY should be treated with caution.

APY and Smart Contract Risk

Smart contract risk is the risk that code has a bug, exploit, or unsafe design.

Many crypto APY opportunities depend on smart contracts holding user assets.

A lending protocol, liquidity pool, staking pool, bridge, and auto-compounding vault may all use smart contracts.

If the contract fails, the user can lose principal even if the APY looked attractive.

Audits can reduce risk, but they do not remove it.

Bug bounties, time-tested code, limited upgrade permissions, public monitoring, and transparent governance can improve confidence.

Users should check whether the protocol has audits, whether the code is open source, who can upgrade it, and how long it has operated.

A newer protocol with very high APY may be much riskier than an older protocol with lower APY.

APY should be understood as possible compensation for risk.

It should never be treated as free yield.

APY and Counterparty Risk

Counterparty risk is the risk that another party fails, mismanages assets, or does not honor obligations.

Some crypto APY opportunities are fully on-chain, while others depend on custodians, managers, borrowers, market makers, or off-chain strategies.

The SEC’s crypto asset custody bulletin explains that investors should understand how they hold crypto assets and the risks connected to custody choices.

If a yield product requires users to hand assets to a centralized manager or custodian, APY is only one part of the decision.

Users should ask where assets are held, who can move them, whether reserves are transparent, and what happens during insolvency or withdrawal stress.

Counterparty risk can be harder to evaluate than on-chain risk because the activity may not be fully visible.

A high APY from an unclear off-chain strategy should be treated carefully.

If the source of yield cannot be explained simply, the user should not rely on the displayed rate.

APY and Token Price Risk

Token price risk can erase APY gains.

A user may earn 50% APY in a reward token, but the reward token may fall 80% in price.

A user may earn staking rewards while the staked token declines sharply.

A user may earn liquidity pool fees while both pool assets fall in value.

This means APY should be evaluated in value terms, not only token terms.

A position that earns more tokens can still lose money if the tokens become worth less.

Reward token APY is especially sensitive to selling pressure because many users may sell rewards as soon as they are earned.

Token emissions can also dilute holders if demand does not grow.

Users should ask what asset the APY is paid in and whether that asset has sustainable demand.

The reward currency matters as much as the percentage number.

APY and Inflation

Token inflation can make APY appear more attractive than it really is.

Some protocols pay yield by minting new tokens.

This can increase the number of tokens a user holds.

However, if the supply grows too fast, each token may become less valuable.

An inflationary APY may reward users in token quantity while reducing value through dilution.

Inflation is not always bad because some networks use issuance to secure the chain and reward participation.

The question is whether token demand, network usage, and fee revenue support the emission rate.

Users should check token supply schedules, unlocks, reward emissions, governance plans, and treasury spending.

A high APY paid by inflation can be sustainable only if the network creates enough value to support it.

Otherwise, the APY may be a temporary incentive that weakens over time.

APY and Lockup Risk

Lockup risk means assets cannot be withdrawn immediately.

Some staking systems require an unbonding period.

Some vaults have withdrawal windows.

Some fixed-yield products require users to wait until maturity.

Some protocols can pause withdrawals during emergencies.

A higher APY may compensate users for giving up liquidity.

This can be reasonable if the user understands the terms.

It can be dangerous if the user needs quick access to funds.

Crypto markets can move sharply during a lockup period.

A user may earn yield but be unable to exit while the asset price falls.

Users should read lockup terms, withdrawal queues, unbonding periods, and emergency controls before depositing assets for APY.

APY and Liquid Staking

Liquid staking allows users to stake assets while receiving a liquid token that represents the staked position.

The liquid token may be usable in DeFi while the underlying asset earns staking rewards.

This can make staking more flexible, but it also adds extra risk.

The SEC statement on certain liquid staking activities notes that staking receipt token ratios can change as rewards accrue or slashing losses occur.

Liquid staking APY may be reflected through a growing token balance or through an increasing exchange rate between the liquid token and the underlying asset.

Users should understand which model is used.

Liquid staking can introduce smart contract risk, validator risk, liquidity risk, depeg risk, governance risk, and protocol dependency risk.

A liquid staking token may trade below its expected value during market stress.

Users should not evaluate liquid staking only by APY.

They should also evaluate redemption rights, liquidity depth, validator selection, and protocol controls.

APY and Leverage

Leverage can make APY look much higher.

A leveraged strategy may borrow assets and reinvest them to multiply exposure.

This can increase returns when conditions are favorable.

It can also increase losses when prices move against the position or borrowing costs rise.

Leveraged yield strategies may face liquidation risk.

A liquidation can close the position and cause losses that exceed the accumulated yield.

Some strategies show net APY after borrowing cost, but that number can change quickly.

Borrow APR can rise.

Collateral prices can fall.

Liquidity can disappear.

Users should be very careful with high APY strategies that depend on borrowing or looping assets.

Leverage turns yield farming into a much more fragile position.

APY and Stablecoins

Stablecoin APY is popular because users often think stable assets reduce price risk.

A stablecoin lending pool may show APY from borrower interest or protocol incentives.

A stablecoin liquidity pool may show APY from trading fees, incentives, or both.

Stablecoin APY can be useful, but stablecoins are not risk-free.

Users face issuer risk, reserve risk, redemption risk, smart contract risk, bridge risk, and depeg risk.

A very high stablecoin APY may mean the market is paying for hidden risk.

It may also mean incentives are temporary or liquidity is thin.

Users should ask why a supposedly stable asset can earn a high yield.

If the reason is unclear, caution is appropriate.

Stablecoin APY should be evaluated with both yield risk and stablecoin risk in mind.

APY and Real Yield

Real yield is a crypto term often used for yield supported by actual protocol revenue rather than only token emissions.

For example, real yield may come from trading fees, lending interest, service fees, or network fees.

This does not automatically make the yield safe.

Revenue can fall during low usage.

Smart contracts can fail.

Governance can change distribution rules.

Liquidity can leave.

However, real yield is often more sustainable than rewards funded only by new token emissions.

Users should ask what percentage of APY comes from real user fees and what percentage comes from incentives.

A lower APY backed by real usage may be healthier than a very high APY funded mostly by inflation.

The quality of APY matters more than the size of APY.

How to Compare Crypto APY Opportunities

Users should first identify the source of APY.

They should ask whether yield comes from staking rewards, borrower interest, trading fees, token emissions, leverage, derivatives, off-chain activity, or a mix of sources.

They should check whether APY is fixed or variable.

They should check how often rewards compound.

They should identify the reward asset.

They should compare token volatility and inflation risk.

They should review smart contract audits and protocol history.

They should understand lockups, withdrawal delays, slashing rules, and liquidation risk.

They should include fees, gas costs, slippage, and performance fees.

They should compare total return, not only headline APY.

They should avoid strategies where the yield source is unclear.

APY in Bull Markets

APY can rise during bull markets because users borrow more, trade more, and seek more leverage.

Liquidity pool fees may increase when trading volume rises.

New protocols may offer high incentives to attract deposits.

Staking participation may increase, which can reduce reward rates per staker in some networks.

Bull markets can make APY feel safer because asset prices are rising.

This feeling can be dangerous.

Many risks become visible only when the market reverses.

A high APY strategy that works during rising prices may fail during a sharp decline.

Users should avoid assuming that strong market conditions will continue forever.

Good APY analysis should include downside scenarios even during bull markets.

APY in Bear Markets

APY can change sharply during bear markets.

Borrowing demand may fall as traders reduce leverage.

Trading volume may drop, which can reduce liquidity pool fee APY.

Reward token prices may fall, reducing incentive APY.

Some protocols may increase incentives to attract liquidity during stress.

A very high APY during a bear market can sometimes be a warning sign.

It may mean liquidity is leaving or risk is rising.

It may also mean the reward token is being heavily emitted while its price weakens.

Users should ask why the APY is high when market conditions are poor.

A high APY can be an opportunity, but it can also be compensation for danger.

Best Practices for Users

Users should treat APY as an estimate rather than a guaranteed return.

Users should compare APY only after checking compounding assumptions.

Users should understand whether yield comes from real revenue, token emissions, staking rewards, or borrower interest.

Users should avoid chasing extremely high APY without understanding the risk.

Users should read protocol documentation before depositing funds.

Users should check audits, bug bounties, governance controls, and smart contract history.

Users should understand lockups, slashing, liquidation risk, impermanent loss, and withdrawal limits.

Users should calculate returns in value terms, not only token terms.

Users should use smaller test deposits before committing larger amounts.

Users should separate long-term holdings from wallets used for experimental yield strategies.

Users should monitor APY regularly because rates can change quickly.

Best Practices for Protocols Displaying APY

Protocols should clearly explain how APY is calculated.

Protocols should show whether APY is current, historical, projected, fixed, or variable.

Protocols should separate base APY, fee APY, incentive APY, and boosted APY.

Protocols should disclose compounding frequency and whether compounding is automatic or assumed.

Protocols should show fees that reduce user returns.

Protocols should disclose reward token price assumptions.

Protocols should explain risks such as smart contract risk, oracle risk, liquidation risk, impermanent loss, slashing, and lockups.

Protocols should avoid annualizing short-term rewards in a way that looks like a guaranteed yearly return.

Protocols should provide risk dashboards and clear documentation.

Transparent APY disclosure helps users make better decisions and builds long-term trust.

Common Misunderstandings About APY

One common misunderstanding is that APY is guaranteed.

In crypto, APY is usually variable and can change quickly.

Another misunderstanding is that APY and APR are the same.

APY includes compounding, while APR usually does not.

A third misunderstanding is that higher APY always means better opportunity.

Higher APY often means higher risk, temporary incentives, inflation, or weak liquidity.

A fourth misunderstanding is that earning more tokens means earning more value.

Token price declines can erase or exceed the value of earned rewards.

A fifth misunderstanding is that stablecoin APY is risk-free.

Stablecoin strategies can still involve issuer risk, depeg risk, smart contract risk, and liquidity risk.

A sixth misunderstanding is that auto-compounding vaults remove risk.

Auto-compounding can improve convenience, but it can also add strategy and contract risk.

Related Crypto Terms

APR means Annual Percentage Rate and usually describes a simple annualized rate before compounding.

Compounding means reinvesting rewards so those rewards can earn additional rewards.

Staking means committing crypto assets to help secure or participate in a proof-of-stake network.

Yield farming means using DeFi protocols to earn fees, rewards, or incentives.

Liquidity pool means a pool of assets used for swaps, lending, or other DeFi activity.

Impermanent loss means the value difference a liquidity provider may experience when pool asset prices change compared with simply holding the assets.

Real yield means yield supported by actual protocol revenue instead of only token emissions.

Auto-compounding means rewards are automatically reinvested into the position.

Slashing means a penalty that can reduce staked assets when validator behavior violates protocol rules.

Token emissions mean newly issued tokens distributed as rewards or incentives.

FAQ

What does APY mean in crypto?

APY means Annual Percentage Yield, and in crypto it shows an annualized return that includes the effect of compounding.

Is APY the same as APR?

No, APY includes compounding while APR usually shows a simple annualized rate before compounding.

Is crypto APY guaranteed?

No, crypto APY is usually an estimate and can change because of market demand, token prices, protocol rules, rewards, fees, and liquidity.

Why is APY higher than APR?

APY can be higher than APR because rewards are reinvested and begin earning additional rewards.

What is staking APY?

Staking APY is the annualized compounded return from staking or participating in a proof-of-stake network.

What is lending APY?

Lending APY is the annualized compounded return a lender may earn from supplying crypto assets to borrowers.

What is liquidity pool APY?

Liquidity pool APY is the annualized compounded return from trading fees, token incentives, or both.

Can APY become negative?

The displayed APY may be positive, but total return can be negative if token prices fall, fees are high, impermanent loss occurs, or a protocol fails.

Why do some DeFi apps show very high APY?

Very high APY may come from token incentives, low liquidity, high borrowing demand, leverage, or higher risk.

What is auto-compounding APY?

Auto-compounding APY assumes rewards are automatically reinvested into the strategy so the position can earn rewards on prior rewards.

What should users check before chasing APY?

Users should check the yield source, compounding method, fees, lockups, token volatility, smart contract risk, counterparty risk, and sustainability.

What is the safest way to use APY?

The safest way to use APY is as a comparison tool while making the final decision based on risk, transparency, liquidity, security, and total return.

Conclusion

APY, or Annual Percentage Yield, is a key crypto yield metric because it shows annualized return with compounding included.

It appears across staking, lending, liquidity pools, auto-compounding vaults, stablecoin strategies, and many DeFi products.

APY is useful because it helps users understand how rewards can grow when they are reinvested over time.

However, APY can also be misleading when users treat it as guaranteed income.

Crypto APY can change quickly because rates depend on market demand, token prices, reward emissions, validator participation, trading volume, fees, and protocol rules.

A high APY may reflect real opportunity, but it may also reflect high risk, temporary incentives, inflation, leverage, weak liquidity, or hidden complexity.

The most important question is not only how high the APY is.

The most important question is where the yield comes from and what can go wrong.

Users should compare APY with APR carefully, review compounding assumptions, check fees, understand lockups, and study smart contract and counterparty risks.

They should also evaluate rewards in value terms rather than token quantity alone.

A lower APY with clear mechanics and sustainable revenue can be better than a very high APY with unclear risk.

For crypto beginners, APY is one of the first yield concepts to learn.

For experienced users, APY is only the starting point for deeper risk-adjusted analysis.

The best approach is to use APY as a signal, then study the protocol, the asset, the reward source, and the downside scenarios before depositing funds.

In crypto, compounding can be powerful, but only when the underlying strategy is secure, transparent, liquid, and sustainable.