DEFI & WEB3

Staking vs Farming: What's the Difference?

Two of the most widely used terms in DeFi and crypto investing are staking and yield farming. They are often used interchangeably in casual conversation, and both involve putting crypto assets to work to generate returns. But they are fundamentally different activities with different mechanics, different risk profiles, different reward structures, and different tax treatment under Australian law.

Understanding the distinction clearly is not just a matter of vocabulary. It is a practical requirement for anyone allocating capital to either activity, because the decisions you make about which assets to use, which platforms to trust, and how to manage the associated risks depend entirely on understanding what you are actually doing.

What Is Staking?

Staking is the process of locking up a cryptocurrency to participate in the validation of transactions on a proof-of-stake blockchain. In return for contributing to the network’s security and consensus mechanism, stakers receive rewards denominated in the native token of the network.

The mechanics are grounded in the blockchain consensus mechanism. In a proof-of-stake network, validators are selected to propose and attest to new blocks in proportion to the amount of the network’s native token they have staked. Staking your tokens signals your commitment to the network’s integrity: if you attempt to validate fraudulent transactions, your staked tokens can be “slashed,” meaning a portion is destroyed as a penalty. This economic stake creates the security incentive that proof-of-stake networks rely on.

Ethereum requires a minimum of 32 ETH to run a full validator node, a significant capital requirement for most individual investors. Solana staking is more accessible, with no minimum requirement and delegation available through most major wallets. Many other proof-of-stake networks have similarly accessible staking options.

For investors who don’t meet the minimum requirements or don’t want to run their own validator infrastructure, several alternatives exist. Liquid staking protocols like Lido and Rocket Pool allow investors to stake any amount of ETH and receive a liquid token representing their staked position and accrued rewards. Many centralised exchanges offer custodial staking where the exchange manages the validator infrastructure and passes a portion of the rewards to the user.

The key characteristic of staking is that the reward is generated by the blockchain network itself, as compensation for genuine network participation, rather than by a DeFi protocol or a third-party platform.

What Is Yield Farming?

Yield farming involves deploying crypto assets into DeFi protocols to generate returns through a combination of trading fees, protocol token emissions, and interest payments. Unlike staking, which is directly tied to blockchain consensus participation, yield farming operates entirely at the application layer, through smart contracts built on top of a blockchain.

The most common form of yield farming is liquidity provision on a decentralised exchange. As covered in our yield farming explained resource, a liquidity provider deposits a pair of tokens into a liquidity pool, enabling other users to swap between those tokens. In return, the liquidity provider earns a share of the trading fees generated by every swap that uses their pool. Many protocols also distribute their native governance token to liquidity providers as an additional incentive, adding a second layer of yield on top of the trading fee income.

Yield farming also includes lending protocols, where users deposit assets to be borrowed by others and earn interest on those deposits, and more complex strategies that chain multiple protocols together to compound returns across several layers simultaneously.

The critical distinction from staking is that yield farming returns come from economic activity within the DeFi ecosystem, specifically from traders paying fees, borrowers paying interest, and protocols distributing token incentives, rather than from network consensus rewards.

Comparing the Risk Profiles

Both staking and yield farming carry risks, but the nature and severity of those risks are quite different.

Staking risks.

The primary risk specific to staking is slashing: if a validator behaves incorrectly, whether through misconfiguration, downtime, or attempted fraud, a portion of the staked tokens can be destroyed by the protocol. For investors staking through liquid staking protocols or centralised exchanges, slashing risk is typically managed by the platform rather than the individual investor, but it is worth understanding as part of evaluating the platform.

Lock-up periods are a consideration for some staking implementations. Some networks require staked tokens to remain locked for a defined period before they can be withdrawn. During this lock-up, the investor cannot sell or move the staked tokens regardless of market conditions. Liquid staking protocols address this by providing a tradeable receipt token, but that receipt token introduces its own liquidity and pricing risk.

Validator concentration risk is a more systemic concern. If a small number of large validators control a disproportionate share of a network’s stake, the network’s security and decentralisation can be compromised. This is a network-level risk rather than an individual investor risk in most cases.

Market risk, the risk that the value of the staked asset declines, is present in staking as it is in any crypto investment. Staking rewards denominated in a token that is declining in price can result in a net loss even if the reward rate appears attractive.

Yield farming risks.

Yield farming carries all of the above risks and several additional ones that are specific to the DeFi application layer.

Smart contract risk is the most significant. Yield farming requires depositing assets into smart contracts that are operated by code rather than by a trusted institution. If that code contains a vulnerability, it can be exploited by an attacker to drain the pool. DeFi protocols have lost hundreds of millions of dollars to smart contract exploits. Even audited contracts are not immune: audits review code at a point in time, and new attack vectors are continuously discovered by the security research community.

Impermanent loss is a risk specific to liquidity provision on automated market maker decentralised exchanges. When the price of the two tokens in a liquidity pair diverges significantly, the liquidity provider ends up holding a different ratio of the two tokens than they deposited, resulting in a lower total value than if they had simply held the tokens without providing liquidity. The loss is “impermanent” because it reverses if prices return to their original ratio, but it becomes permanent if the liquidity is withdrawn while prices are diverged.

Protocol token inflation is a risk in yield farming strategies where a significant portion of the yield comes from a protocol’s governance token emissions. If the protocol’s token is inflating faster than demand can absorb, the token’s price declines and the real yield, measured in AUD terms, is lower than the nominal APY suggests. Many high-APY farming opportunities are high primarily because the reward token is depreciating, which erodes the actual returns.

Rug pull and protocol abandonment risk is higher in newer, less established DeFi protocols than in established ones. As covered in our how to spot a rug pull and security red flags in new crypto projects resources, yield farming in unaudited or newly launched protocols carries meaningful fraud risk on top of the technical risks.

Understanding APY and What It Actually Means

Both staking and yield farming are typically described in terms of annual percentage yield (APY). APY figures in DeFi are important to interpret carefully because they can be highly misleading if taken at face value.

APY is calculated based on current conditions, which can change dramatically over very short periods. A liquidity pool offering 200% APY today might offer 20% APY next week if more liquidity providers join, because the same trading fees are now divided among more participants. Protocol token reward rates are similarly variable and can be reduced or eliminated by governance decisions.

The composition of the APY matters as much as the number. An APY made up of fees from genuine trading activity is fundamentally more durable than one made up primarily of inflationary token emissions. Decomposing the APY into its components, trading fees, lending interest, and token incentives, and evaluating the sustainability of each component separately provides a much more realistic picture of expected returns.

Total value locked in a protocol is the denominator against which fee income is distributed. As TVL grows, the same fee income is spread across more depositors, reducing the individual yield. APY figures should always be understood as current snapshots rather than guaranteed forward rates.

Tax Treatment in Australia

The tax treatment of staking and yield farming rewards is an area where Australian investors need to be particularly careful, and where the distinction between the two activities becomes directly relevant.

As covered in our tax implications of staking and yield farming in Australia resource, the ATO’s general position is that crypto rewards received from staking and yield farming are assessed as ordinary income at the time of receipt, valued in AUD at the market price at that time. This means the reward is a taxable income event when received, regardless of whether you sell it.

When you subsequently sell, swap, or otherwise dispose of the reward tokens, a second tax event occurs: a capital gains tax event on any gain or loss relative to the AUD value at the time of receipt, which becomes the cost base for the disposed tokens.

The practical implication is significant for high-frequency reward accumulation. An investor who is receiving daily staking or farming rewards has a taxable income event on each reward receipt and must maintain records of the AUD value of each reward at the time of receipt. For DeFi farmers compounding rewards across multiple protocols, this record-keeping obligation can be extremely complex.

Crypto tax software that integrates with DeFi protocols and wallets through API connections significantly reduces the administrative burden of this record-keeping. Our resources on cryptocurrency tax Australia, ATO crypto reporting, and how the ATO tracks your crypto transactions provide the full framework for understanding and managing these obligations.

Which Is Right for Your Strategy?

The choice between staking and yield farming, or the combination of both, depends on several factors specific to your situation.

Risk tolerance. Staking on established networks like Ethereum and Solana through reputable liquid staking protocols or centralised exchanges is generally lower risk than yield farming, particularly on newer DeFi protocols with limited track records. For investors prioritising capital preservation alongside yield generation, staking on established networks is the more conservative choice.

Return expectations. Yield farming typically offers higher advertised APYs than staking, but those higher yields come with higher risks and more variable actual returns. For investors willing to accept smart contract risk and actively manage their positions across protocols, yield farming can generate meaningfully higher returns. For investors who want a simpler, more passive yield, staking is more appropriate.

Active vs passive management. Staking is relatively passive once set up, particularly through liquid staking or exchange staking. Yield farming requires active monitoring to manage impermanent loss, track changing APYs, respond to security incidents, and optimise across protocols. The time commitment is significantly higher.

Portfolio integration. In the context of a balanced portfolio, staking your core Ethereum or Solana holdings through liquid staking generates yield on assets you’re holding long-term anyway, without meaningfully changing their risk profile. Yield farming is more appropriate as an activity within the speculative or active tier of the portfolio, using capital specifically allocated for higher-risk DeFi participation.

For investors new to both activities, staking on established networks through reputable platforms is the appropriate starting point. Building familiarity with DeFi mechanics, smart contract interactions, and yield dynamics through lower-risk staking before moving into more complex yield farming strategies is the sensible progression.

Key Takeaways

Staking is participation in blockchain consensus through locking tokens to secure a proof-of-stake network, earning rewards from the network itself. Yield farming deploys assets into DeFi protocols to earn trading fees, interest, and protocol token incentives at the application layer. Staking is generally lower risk, more passive, and more appropriate for core holdings. Yield farming offers higher potential yields alongside higher smart contract risk, impermanent loss risk, and active management requirements. Both generate taxable income in Australia at the time of receipt, with capital gains tax applying on subsequent disposal. APY figures for both activities must be interpreted carefully as current snapshots rather than guaranteed forward rates.

Understanding exactly what you’re doing with your assets, and why, is the foundation of responsible DeFi participation.

For everyday investors building their DeFi knowledge and wanting to generate yield on their holdings safely and with genuine understanding of the mechanics, our Runite Tier Membership provides the education, frameworks, and community to do it properly. For serious investors who want personalised DeFi strategy support, direct specialist access, and guidance on integrating staking and farming within a professionally structured portfolio, our Black Emerald and Obsidian Tier Members receive exactly that.

Find out more at shepleycapital.com/membership.

WRITTEN & REVIEWED BY Chris Shepley

UPDATED: MARCH 2026