Liquid Staking: What Is It and How Does It Work?

Ethereum’s Transition to PoS

The Ethereum network has been instrumental in launching a new era for decentralized financial applications. Introduced in 2015 by a team of eight developers led by Vitalik Buterin, Ethereum is widely considered an evolution of the Bitcoin network. While Bitcoin focuses solely on value transfer, Ethereum was built with a broader vision—enabling blockchain technology to power a wide range of applications.

Ethereum’s core innovation is its integration of smart contracts—self-executing computer code that operates automatically based on preset conditions. This innovation positioned Ethereum as the ideal platform for building decentralized applications (DApps) and decentralized finance (DeFi) services, attracting thousands of projects to its ecosystem.

Initially, Ethereum relied on the Proof of Work (PoW) consensus mechanism, similar to Bitcoin. While PoW provided strong security and decentralization through global miner competition, it also came with significant drawbacks. The network struggled with slow transaction speeds, sky-high gas fees, and enormous energy consumption—issues that intensified as Ethereum’s user and application base expanded rapidly.

To address these limitations, Ethereum’s development team embarked on a historic transition from PoW to Proof of Stake (PoS). This process began in December 2020 with the launch of the Beacon Chain (Ethereum 2.0) and concluded in September 2022 with the event known as The Merge. According to Vitalik Buterin, this shift reduced Ethereum’s energy consumption by 99.9% and enabled new staking solutions—most notably liquid staking.

What Is Staking?

To understand liquid staking, start with the basics of traditional staking. Staking in crypto can be likened to a savings account in the traditional banking system. When you deposit money into a savings account, the bank pays you interest and uses your funds for lending at higher rates.

In crypto, staking has important differences. Instead of fiat currency, users stake digital assets like ETH, SOL, or other tokens. Crucially, the entire process occurs on the blockchain—a transparent, decentralized system with no intermediaries involved.

With standard staking, users lock their crypto assets for a set period to support blockchain network security. In return, they receive rewards in newly issued tokens. Without an intermediary, users can often earn much higher returns than with traditional bank savings accounts.

Today, staking is a standalone industry, with total value locked (TVL) exceeding $18 billion and millions of users globally participating.

Ethereum Staking Options

The Ethereum ecosystem offers several staking options, each serving specific needs and featuring distinct advantages and drawbacks. Understanding these options helps investors select the right strategy for their goals.

Solo Staking

Solo staking is the most direct approach—users become validators on the Ethereum PoS network. Validators are responsible for verifying and confirming blockchain transactions, replacing miners from the prior PoW system.

To become a validator, users must stake at least 32 ETH—a significant financial commitment at current prices, making solo staking practical only for those with substantial capital. Validators also need technical expertise to run nodes and maintain reliable 24/7 uptime.

The biggest risk in solo staking is “slashing”—an automatic network penalty. If a validator suffers technical issues, disconnects, or submits incorrect validations, a significant portion of staked ETH (up to 50%) can be forfeited. This creates major technical and financial pressure.

Additionally, staked ETH is completely locked for a long duration. Validators can’t withdraw or use those funds until the lock-up period ends, leading to severe liquidity constraints—especially in volatile markets.

Exchange Staking

Centralized exchanges make staking more accessible, offering low entry barriers and added convenience. Exchanges create staking pools, letting users combine assets. The exchange then operates validator nodes with these pooled funds.

The main advantage is flexibility: users can stake any amount of ETH, with no 32 ETH minimum. They can also withdraw at any time without affecting the pool, thanks to large collective liquidity.

However, exchange staking introduces centralization risk. Users must trust the exchange—a third party—with their assets. History has seen exchanges hacked or go bankrupt, resulting in total losses for users. Further, most exchanges charge withdrawal and service fees, reducing net returns.

Fixed-Term Staking

Fixed-term staking is a middle-ground approach—assets are locked for a set period, typically one to three months, during which users cannot access or withdraw them.

This method suits those looking for financial discipline and long-term investment strategies. Returns are generally higher than flexible staking, as longer lock-ups enhance network stability.

The main downside is inflexibility. If markets shift sharply or users need funds urgently, they cannot withdraw early, resulting in missed opportunities or potential losses.

What Is Liquid Staking?

Liquid staking is the latest innovation in staking, designed to answer a key question: How can you earn staking rewards while maintaining asset flexibility?

Unlike traditional staking, which rigidly locks assets, liquid staking lets users “have it both ways.” When you stake assets through liquid staking protocols, you still earn standard staking rewards. The difference: you also receive a derivative token representing your staked asset’s value.

For example, if you stake 10 ETH with Lido, you receive 10 stETH (staked ETH). stETH maintains the value of 10 ETH and can be used freely—you can trade, lend, provide liquidity, or access other DeFi opportunities without unstaking your original ETH.

This creates a double-yield effect: you earn rewards from your original staked ETH (around 4–5% APR) and can use stETH to generate additional income in DeFi (another 5–15% APR, depending on the platform).

Since 2022, liquid staking has surged, becoming one of the hottest trends in DeFi with rapid TVL growth.

How Does Liquid Staking Work?

Liquid staking leverages advanced smart contract technology and asset tokenization. The process works as follows:

Step 1: Deposit the Original Asset Users deposit crypto assets (such as ETH, SOL, NEAR) into a liquid staking protocol. There’s no minimum stake required.

Step 2: Receive a Derivative Token The protocol issues a derivative token at a 1:1 ratio with the original asset, usually with a unique prefix, such as:

• Stake ETH → receive stETH (Lido)
• Stake ETH → receive rETH (Rocket Pool)
• Stake NEAR → receive stNEAR (Meta Pool)
• Stake OKT → receive stOKT (OKTC Liquid Staking)

Step 3: Staking the Original Asset Behind the scenes, the protocol stakes your original asset on the blockchain or delegates it to reputable validators. This is fully automated and transparent via smart contracts.

Step 4: Use the Derivative Token Users can freely use the derivative token for multiple purposes:

• Trade on decentralized exchanges (DEXs)
• Use as collateral for lending
• Provide liquidity to pools and earn trading fees
• Participate in yield farming for higher returns
• Transfer or store in other wallets

Step 5: Earn Rewards Automatically Staking rewards from the original asset accrue automatically. Depending on the protocol, rewards may be:

• Reflected in the rising value of the derivative token (rebase mechanism)
• Distributed as additional derivative tokens in your wallet
• Accumulated separately and claimable periodically

Step 6: Withdraw the Original Asset To withdraw, users return the corresponding derivative token. The protocol unstakes the original asset and returns it. Some protocols allow instant withdrawals for a small fee; others require a waiting period of a few days.

This process is fully automated by smart contracts—ensuring transparency, security, and no third-party intervention.

Advantages of Liquid Staking

Liquid staking offers several clear advantages over traditional staking, making it the preferred choice for many advanced DeFi investors.

High Flexibility and Liquidity This is the standout benefit. In volatile crypto markets, locking assets for long periods can mean missed opportunities or increased risk. Liquid staking lets you quickly redeem your derivative token and redeploy capital when opportunities arise. For example, if you discover a yield farming pool with a higher APR, you can move your assets immediately without waiting for unstaking.

Capital Efficiency Liquid staking enables you to generate multiple income streams from the same capital—maximizing “capital efficiency.” A practical example:

• Stake 100 ETH on Lido, receive 100 stETH, and earn 4.5% APR
• Use 100 stETH as collateral on Aave to borrow 60 ETH at 2% interest
• Provide 60 ETH to a Curve pool for an additional 8% APR
• Total yield could reach 10–12% APR on your initial 100 ETH

Reduced Opportunity Cost In crypto, missing a new trend can mean missing substantial profits. Liquid staking allows you to earn steady returns and retain the flexibility to seize new opportunities as they emerge.

Democratized Access Unlike solo staking, which requires 32 ETH (about $50,000–$100,000), liquid staking allows anyone to participate with any amount. This opens up staking to millions of users who previously couldn’t meet the capital threshold.

Decentralized Governance Participation Many liquid staking protocols issue governance tokens (e.g., LDO for Lido, RPL for Rocket Pool), allowing users to participate in protocol development through DAO voting.

Disadvantages of Liquid Staking

Despite its advantages, liquid staking carries significant risks investors must consider.

De-pegging Risk This is the primary risk—and it has occurred in practice. Derivative tokens should be valued 1:1 with their underlying asset, but in reality, market supply and demand determine the price. In bear markets or adverse events, derivative tokens may trade below their intended value.

For example, in June 2022, stETH traded at 0.93 ETH, resulting in a 7% loss for holders compared to ETH. This happened because selling pressure outstripped available liquidity, causing a supply-demand imbalance.

Smart Contract Risk Liquid staking depends entirely on smart contracts. Even with thorough audits, vulnerabilities may go undetected. Hackers can exploit these to drain protocol funds. DeFi history is full of hacks resulting in hundreds of millions in losses due to smart contract bugs.

Risk of Losing Derivative Tokens If you mistakenly send your derivative token to the wrong address, fall victim to a scam, or lose wallet access, you lose the staked asset. Unlike standard staking, you cannot recover the original asset without the corresponding derivative token. You’d need to repurchase the derivative token at the market price, which might be much higher than at the time of staking.

Centralization Risk Major liquid staking protocols like Lido control more than 30% of staked ETH on Ethereum. This centralization poses systemic risk—if the protocol is compromised, the impact could ripple across the Ethereum network.

Service Fees and Gas Costs Most liquid staking protocols charge service fees (usually 5–10% of staking rewards). Every staking, unstaking, or derivative token transaction incurs blockchain gas fees, which can be significant during network congestion.

Complexity and User Error Liquid staking is more complex than standard staking. Inexperienced users can make costly mistakes with derivative tokens in DeFi protocols, potentially resulting in losses or liquidation of collateral.

Top Liquid Staking Providers

The liquid staking market features numerous reputable protocols, each with distinct features and advantages. Here’s a summary of the leading providers.

Lido — The Best Overall Liquid Staking Platform

Lido Finance is the largest and most widely adopted liquid staking protocol. Since launching in 2020, Lido has led the market with over $9 billion in total value locked (TVL).

Lido stands out for its simplicity and ease of use. Users connect their wallet, deposit ETH, and receive stETH in seconds. stETH is supported across 27+ major DeFi protocols, including Aave, Curve, Yearn Finance, and more—offering extensive yield opportunities.

Lido started with Ethereum but now supports multiple blockchains, including Solana, Polygon, Polkadot, and Kusama, enabling broad staking diversification.

Lido staking rewards range from 4.8% to 15.5% APR, depending on the blockchain and market conditions. The protocol charges a 10% fee on staking rewards, split between node operators and the development fund.

Lido also operates a DAO (Decentralized Autonomous Organization) governed by the LDO token. LDO holders vote on key decisions—adding networks, adjusting fees, or upgrading the protocol.

Rocket Pool — Ethereum Liquid Staking Protocol

Rocket Pool is the most decentralized liquid staking protocol, launched in 2016—before Ethereum’s PoS shift. Its two-tier model serves both everyday users and those who want to operate nodes.

Regular users can stake any amount of ETH and receive rETH, a derivative token pegged to ETH. ETH staking on Rocket Pool yields about 4.16% APR, competitive with other protocols.

Rocket Pool’s key advantage: users can become node operators with just 16 ETH (instead of Ethereum’s 32 ETH minimum), with the remaining 16 ETH sourced from the user pool. Node operators can earn higher returns: 6.96% APR plus additional RPL (Rocket Pool governance token) rewards of up to 5–10% APR.

Rocket Pool is praised for its decentralization—no single entity controls the protocol. All decisions are made via RPL token holder community votes.

Tempus Finance — Fixed Yield for Tokens

Tempus Finance brings a new approach to liquid staking. Instead of simply staking and receiving a derivative token, Tempus lets users separate and trade the future yield of their assets.

Tempus’s mechanism is sophisticated but supports flexible strategies. When users deposit assets, they receive two token types:

• Principal Token (PT): represents the asset’s principal value
• Yield Token (YT): represents all future yield

Users can hold both, or sell one for different strategies:

1. Sell YT to lock in fixed returns immediately
2. Buy more YT to speculate on higher future returns
3. Provide PT/YT pool liquidity to earn trading fees

Tempus supports various yield-bearing tokens on Ethereum and Fantom (stETH, yvDAI, xSUSHI, aUSDC). It also offers a dedicated AMM for liquidity.

Tempus charges no staking fee, but swap fees apply for token trades on its AMM.

Hubble Protocol — Borrow with Staked Crypto

Hubble Protocol, a standout from a Solana hackathon, fuses liquid staking and lending. Hubble lets users borrow USDH stablecoins against their staked assets.

How it works:

1. Users stake SOL or other Solana tokens
2. Use staked tokens as collateral
3. Borrow USDH (Hubble’s stablecoin) at low collateral ratios
4. Deploy USDH in other DeFi investments

Hubble offers up to 11x leverage—$1,000 in collateral can borrow up to $11,000 in USDH. This amplifies potential returns but increases liquidation risk if collateral prices fall.

Hubble also supports a wide range of collateral types from multiple networks via cross-chain technology, delivering superior flexibility.

Loans incur a 0.5% fee, which is competitive compared to other lending protocols.

Meta Pool — Liquid Staking for Near Protocol

Meta Pool is the leading liquid staking protocol for the Near Protocol. Near is a layer-1 blockchain designed for speed and low cost, and Meta Pool is key to promoting staking on the network.

Staking NEAR tokens on Meta Pool yields stNEAR, a derivative token usable across the Near and Aurora (layer-2) ecosystems. Meta Pool distributes user stakes across 65 validators, enhancing decentralization and reducing risk.

Staking returns are attractive—up to 9.76% APR for NEAR. Using stNEAR in Aurora DeFi protocols can add another 5–10% APR, bringing total returns up to 15–20% APR.

Meta Pool supports instant unstaking, allowing users to withdraw NEAR instantly (for a 0.3% fee), instead of waiting the standard 2–3 days.

OKTC Liquid Staking — Easy OKT Staking and Earning

OKTC Liquid Staking is developed for OKT Chain (OKTC), an EVM-compatible layer-1 blockchain built on Cosmos SDK. The protocol leverages advanced technology and deep OKTC ecosystem integration.

Staking OKT earns stOKT, a KIP-20 token freely tradable and usable throughout OKTC DeFi (DEXs, lending, and yield farming platforms).

A unique feature: users can provide liquidity for the OKT/stOKT pair on OKTC Swap (the official DEX), earning both staking rewards and trading fees—maximizing OKT asset yield.

The protocol integrates advanced security and is audited by leading blockchain security firms, ensuring user asset safety.

Using Liquid Staked ETH in DeFi

Combining liquid staking with DeFi multiplies opportunities for maximizing crypto asset returns. This is the realm of “yield farming” or “liquidity mining”—strategically moving capital between protocols for the highest yields.

The simplest strategy is using liquid staking tokens (like stETH) as collateral on lending platforms (Aave, Compound). You can borrow stablecoins (USDC, DAI) at low rates (2–4%), then deposit those funds into higher-yield pools (8–15%), capturing the spread.

Advanced strategies include providing liquidity on Curve Finance or Balancer. The stETH/ETH pool on Curve, for example, often yields 5–8% APR in trading fees, plus CRV token rewards. You retain ETH exposure while earning multiple income streams.

Leverage strategies (for experienced users) involve using stETH as collateral to borrow ETH, staking the borrowed ETH for more stETH, and repeating the cycle. This amplifies returns by 1.5–2x, but also increases liquidation risk.

Users must assess the following risks:

• Liquidation if collateral value drops
• Smart contract risk across protocols
• De-pegging of liquid staking tokens
• High gas fees when moving between protocols

Conclusion: Liquid Staking as an Advanced Strategy

Liquid staking is a breakthrough in optimizing crypto assets. By solving the liquidity challenge—the main drawback of traditional staking—liquid staking protocols have unlocked new opportunities for DeFi investors.

Instead of choosing between staking for steady returns or keeping flexibility for new opportunities, users can now do both. Liquid staking’s derivative tokens preserve original asset value and create multiple ways to earn additional yield through DeFi.

However, liquid staking is an advanced strategy—not always suitable for everyone. The system’s complexity, smart contract risk, de-pegging, and DeFi market volatility require solid knowledge and real-world experience.

Newcomers should start with reputable protocols like Lido or Rocket Pool, staking small amounts to learn the process. As you gain confidence, you can experiment with more sophisticated strategies like yield farming, leveraged staking, or using derivative tokens across DeFi.

With ongoing blockchain and DeFi innovation, liquid staking will keep evolving—offering even more opportunities. However, always balance potential returns against your risk tolerance, and only invest what you can afford to lose.

FAQ

What is Liquid Staking? How does it work?

Liquid Staking allows you to lock crypto assets to earn rewards while keeping them available for use. You deposit tokens into a smart contract to earn daily interest and can withdraw at any time. It’s a way to generate passive income from digital assets.

What advantages does Liquid Staking have over traditional staking?

Liquid Staking lets you earn staking rewards with high liquidity, so you can trade or withdraw whenever you want. Your assets aren’t locked like in traditional staking—providing more flexibility while still earning full staking rewards.

How do you participate in Liquid Staking and start earning yield?

Choose a reputable liquid staking platform, connect your crypto wallet, select the number of tokens to stake, confirm the transaction, and start earning daily yield from trading fees and network rewards.

What are the main risks of Liquid Staking? What should you keep in mind?

Main risks include crypto price depreciation, smart contract vulnerabilities, liquidity challenges when withdrawing, and inflationary fee risk. Always check APY rates, lock-up conditions, and the staking platform’s reputation before participating.

How is Liquid Staking different from Yield Farming?

Liquid Staking lets you earn trading fees by providing liquidity to a pool. Yield Farming focuses on earning reward tokens by locking assets in DeFi protocols. Liquid Staking tends to be less risky, while Yield Farming can offer higher rewards but carries greater risk.

Which tokens currently support Liquid Staking?

Leading tokens for Liquid Staking include Ethereum (ETH), Lido (LDO), Solana (SOL), Polkadot (DOT), Cardano (ADA), and Cosmos (ATOM). These tokens enable users to stake and receive liquid derivative tokens.