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

Overview of Liquid Staking

Liquid staking, sometimes referred to as soft staking, is an advanced evolution of traditional staking enabled by a new generation of smart contract protocols. With liquid staking, users can access and deploy their locked assets for other crypto-based activities while still earning rewards on their original deposits.

The rise of decentralized finance (DeFi) has led to widespread adoption of liquid staking. Unlike traditional staking, which requires completely locking up assets, liquid staking offers greater flexibility by providing users with tokenized versions of their staked assets. This allows users to maximize returns by leveraging their assets across multiple DeFi platforms.

This article explores the concept of liquid staking, its operational mechanics, pros and cons, and profiles the top liquid staking service providers in today's market.

Ethereum’s Move to PoS

The Ethereum network has been pivotal in launching a new era of decentralized financial applications. Launched in 2015 by a team of eight developers, Ethereum represents an advancement over the original Bitcoin network. Vitalik Buterin, Ethereum’s principal founder, designed the project to extend blockchain technology’s use beyond simple value transfers.

As a result, Ethereum was developed as a more open, flexible cryptocurrency project, enabling the creation of other applications atop its foundational software. This is made possible through smart contracts—self-executing code governed by predetermined rules. Ethereum’s success made it a magnet for decentralized applications (DApps) and DeFi projects, paving the way for thousands of other blockchain initiatives.

Initially, however, Ethereum used the same consensus mechanism as Bitcoin: Proof of Work (PoW). PoW fosters global competition among miners, making the network secure and highly decentralized. But this also results in slow transaction speeds and high fees, which can hinder users during congestion.

With its support for additional value-added services, Ethereum also suffers from high gas fees, slower throughput, and significant energy demands. To address these challenges, the core team began transitioning from Proof of Work to Proof of Stake (PoS) in December 2020 with the launch of the Beacon Chain (Ethereum 2.0).

The transition concluded in September 2022, when Ethereum officially became a Proof of Stake blockchain. This migration brought substantial benefits: the network now uses over 99.9% less energy than before, supports greater scalability, and provides the foundation for liquid staking innovation.

What Is Staking?

Staking draws from the traditional concept of yield-bearing savings accounts. In conventional banking, clients deposit money and earn a set percentage as long as funds remain on deposit. Banks, in turn, lend these funds to businesses, earning higher interest while paying customers a portion of the returns.

Staking in crypto, however, differs in several key respects. Instead of fiat, digital assets are used for staking, providing greater transparency and security via blockchain technology.

Another important distinction is that users can earn higher staking rewards thanks to protocol incentives. Blockchains are transparent and operate without central authorities, so staking protocols function without intermediaries. As a result, users receive rewards that would otherwise be paid to middlemen, increasing actual returns.

At its core, staking requires users to lock up crypto assets for a set period to help secure the network. In return, they receive newly minted coins from the base protocol as a reward for committing their funds. Staking is rapidly emerging as an independent sector, with total value locked (TVL) expanding significantly across the blockchain ecosystem.

Ethereum Staking Options

The Ethereum ecosystem offers multiple staking options, each tailored to specific needs and designed to maximize growth potential. Understanding the different staking types and their limitations helps users select strategies aligned with their investment objectives.

Self-Staking

Self-staking means becoming a validator on the Ethereum PoS blockchain. Validators stake significant amounts of ETH to help verify transactions on the network. Unlike the competitive mining in PoW, validators take turns confirming transactions, reducing the network’s carbon footprint and boosting efficiency.

However, self-staking on Ethereum has a high entry barrier. To become a validator, users must stake at least 32 ETH. Given ETH’s price volatility, this requirement makes self-staking capital-intensive and often out of reach for individual investors.

Another challenge is that a validator’s staked ETH can be severely penalized if the network experiences issues or the validator makes mistakes. The network can automatically slash some or all of a validator’s staked ETH, forcing them to buy more ETH to continue participating.

Additionally, validators who lock up ETH can only withdraw or access their assets after the lock-up period ends. This can hinder flexibility, as validators can’t move assets to other platforms in the interim.

Exchange Staking

Exchange staking is a less capital-intensive alternative, offered by centralized crypto exchanges. These platforms typically pool user assets for staking, either acting as validators themselves or delegating assets to other validators.

The key benefit is that users can stake or unstake at their convenience, with high liquidity maintained by the pool’s large token volume. This makes it accessible and flexible for individual users.

Additionally, users can stake any amount, with no need to meet the 32 ETH minimum. In return, exchanges typically distribute staking rewards daily or monthly to pool contributors.

However, exchange staking has drawbacks. Its centralized nature means users lack transparency into how their funds are managed and must trust a third party—contradicting blockchain’s decentralized ethos.

Platforms may also face insolvency or security breaches, potentially preventing users from recovering assets. Most exchanges also charge withdrawal fees, which eat into actual returns.

Fixed Staking

Fixed staking remains a popular choice, though it’s not fully flexible. Staked assets are generally inaccessible until the end of the staking period. This approach appeals to users seeking financial discipline and who don’t plan to use their funds for an extended time.

Lock-up periods typically range from one to three months on most exchanges, with even longer withdrawal periods for validators staking directly on Ethereum. In exchange, fixed staking usually offers higher returns than flexible staking due to the longer commitment.

What Is Liquid Staking?

Liquid staking is the most advanced staking service available today. It requires users to commit funds to help secure the network, but—unlike traditional staking—still offers liquidity by providing access to tokenized versions of staked assets.

Unlike traditional PoS, liquid staking involves storing assets in dedicated DeFi protocols. Users can access their staked tokens at any time, since tokenization provides high liquidity.

Liquid staking allows users to create multiple income streams with their crypto assets, as they can lock up assets and still deploy them on other DeFi protocols, maximizing capital efficiency and returns.

How Does Liquid Staking Work?

While liquid staking shares some similarities with other staking methods, its mechanism is distinct. A new generation of liquid staking protocols has emerged, enabling traders to grow their crypto holdings efficiently.

These protocols let users stake any amount and unstake without impacting the initial deposit. Funds are locked on the liquid staking platform, and users receive tokenized versions of their assets. These derivative tokens maintain a 1:1 value with the original asset but typically carry a different symbol for identification.

For example, staking 1 ETH with a liquid staking provider and requesting a derivative yields stETH, where “st” designates staked ETH. The stETH token is equivalent in value to ETH and can be used across DeFi platforms.

These new tokens can be transferred, stored elsewhere, traded, or used as collateral—all without affecting the original deposit. The flexibility provided by liquid staking is only one of its unique features.

Users continue to earn staking rewards on their original deposit and can generate additional yield from derivative tokens when using them on other DeFi platforms. To reclaim the original deposit, users must return the equivalent amount of tokenized assets. Some liquid staking protocols charge platform fees, which vary by provider.

Advantages of Liquid Staking

Staking lets crypto holders put their assets to work and grow their wealth. Liquid staking takes this further, offering several key advantages.

A major benefit of liquid staking is its enhanced liquidity and flexibility. Locking up funds for long periods can be risky, given crypto’s volatility. When digital assets are locked, their value fluctuates with the underlying asset’s performance.

During bear markets, traditional staking can result in realized losses if users can’t withdraw in time. Liquid staking allows users to use tokenized asset versions to deploy capital into yield-generating strategies or offset losses, and to take advantage of new market opportunities.

Another advantage is the multiple revenue streams liquid staking enables. Users can stake on one platform and use the tokenized asset as collateral for crypto-backed loans. Borrowed funds can then be deployed in higher-yield protocols, further increasing returns.

This flexibility and composability make liquid staking a favorite among DeFi users, particularly those skilled at optimizing returns through complex strategies.

Disadvantages of Liquid Staking

Like all financial systems, liquid staking comes with risks and drawbacks users should carefully consider before participating.

A primary risk is that tokenized assets may depeg from the underlying staked tokens. For example, stETH has traded below ETH due to fluctuating supply and selling pressure from heavy use.

Another risk is that if users lose tokenized assets due to failed transactions or hacks, they also lose access to their original deposits. Recovering the initial principal would require making a new deposit of equivalent value, potentially resulting in losses.

Though liquid staking is innovative, it relies on smart contracts. While these contracts automate processes effectively, they can contain bugs or security vulnerabilities that hackers may exploit, potentially resulting in total asset loss with no recourse.

Users must also be vigilant about liquidity risks during high market volatility, as converting tokenized assets back to the original asset at fair value can become difficult.

Top Liquid Staking Providers

Liquid staking is offered by a range of specialized platforms. Below are some of the leading liquid staking protocols and the assets users can stake with them.

Lido — Best Overall Liquid Staking Platform

Lido Finance is the most prominent liquid staking provider on the market. Launched in 2020, it lets users stake Ether without a full lock-up. Initially focused on Ethereum, Lido has since expanded to other blockchains.

Lido users can stake on PoS blockchains such as Ethereum, Solana, Polygon, Polkadot, and Kusama, and then deploy their assets in other DeFi activities. This includes using lending platforms like Aave and pursuing other yield strategies across the DeFi ecosystem.

After staking, Lido issues a tokenized asset in the “st+asset code” format. Users can withdraw this derivative and use it across more than 27 DeFi applications, maximizing their earning potential.

Lido’s staking rewards range from 4.8% to 15.5%, depending on the asset staked. In addition to its core service, Lido operates a decentralized autonomous organization (DAO) governed by its LDO network token, allowing users to vote on proposals and potentially grow their assets through staking.

Lido charges a 10% fee on staking rewards, which is competitive relative to other platforms.

Rocket Pool — Ethereum Liquid Staking Protocol

Rocket Pool is another leading liquid staking protocol, launched in 2016, offering an easy way to stake ETH. It operates as a decentralized, trustless ETH staking infrastructure, focusing on Ether assets.

Rocket Pool provides two options: users can stake ETH directly for rETH or run a node to participate in network validation.

Each service has its own rewards. Users staking ETH for rETH receive an annual yield of about 4.16%. Node operators can earn a fixed 6.96% annual return plus flexible RPL rewards for helping secure the network.

Node operators do not need to deposit the full 32 ETH; Rocket Pool allows them to start with just 16 ETH, making it more accessible and cost-effective for a broader range of users.

Tempus Finance — Fixed Income for Tokens

Tempus is a leading liquid staking protocol for DeFi users, offering fixed income from tokens. This enables users to earn predictable passive income from their digital assets across all supported protocols.

The Tempus team describes three main use cases: locking in future growth for crypto assets, speculating on future growth rates using derivatives, and deploying tokenized assets in liquidity pools to earn trading fees.

Tempus supports most yield-bearing tokens on Ethereum and Fantom, including stETH, yvDAI, xSUSHI, and aUSDC. The protocol also runs an automated market maker (AMM) for efficient liquidity provision.

Tempus does not charge direct staking fees, but swap fees apply when providing liquidity in the AMM pool, based on trading volume.

Hubble Protocol — Borrow Against Staked Crypto

Hubble Protocol rose to prominence after the Solana hackathon, gaining popularity for its innovative crypto lending services. Users can borrow against their staked crypto, using borrowed tokens as collateral on other DeFi platforms.

This lets users amplify staking exposure by earning from both the initial deposit and borrowed funds. USDH stablecoin is central to Hubble, providing price stability for lending services.

Hubble supports multiple assets and allows deposits from across the Solana ecosystem. The platform offers up to 11x leverage for collateral—suited for experienced, risk-tolerant investors seeking exponential growth potential.

Hubble charges a 0.5% loan fee, which is highly competitive for DeFi lending.

Meta Pool — Liquid Staking for Near Protocol

Meta Pool offers liquid staking for the Near smart contract network. Users can stake NEAR and receive stNEAR, which can be used in DeFi activities across Near and Aurora, increasing earning opportunities.

Meta Pool delegates deposits to 65 validators, distributing risk and optimizing rewards. Users can earn up to 9.76% annual returns—not including additional rewards from other growth activities.

If tokenized assets are used on Aurora, users can earn an additional yield of up to 9.76%, creating dual income streams. Instant unstaking is available, but a 0.3% fee applies to maintain pool liquidity.

OKTC Liquid Staking — Stake and Earn OKT Easily

OKTC liquid staking is a state-of-the-art solution on OKT Chain (OKTC), offered by a leading exchange. It allows users to stake and earn OKT while maintaining high liquidity.

Staking OKT grants users stOKT, a flexible KIP-20 token tradable and usable freely throughout the OKTC ecosystem. stOKT can be transferred, used as collateral, or deployed in other DeFi activities.

Users can also earn swap fees by providing liquidity to OKTC pools, supplementing passive income. This makes OKTC liquid staking particularly attractive for OKT holders seeking to maximize returns.

Using Liquid Staked ETH in DeFi

One of the most powerful ways to unlock liquid staking’s potential is by using it in DeFi. Yield farming is a primary application, as tokenized assets can be deployed in various yield-generating protocols.

Yield farming enables users to lock assets and then use tokenized versions as collateral for borrowing or trading, earning both active trading income and passive staking rewards.

For example, users can stake ETH on Lido for stETH, then use stETH as collateral on Aave to borrow stablecoins. These stablecoins can be used to buy more ETH or invested in other yield farming protocols to further boost returns.

However, users must monitor liquidation risk when leveraging and always keep an eye on collateral ratios to avoid asset loss.

Conclusion: Liquid Staking as an Advanced Strategy

Liquid staking is a next-generation approach, allowing users to put assets to work with exceptional growth potential. Instead of locking funds with no access, liquid staking gives users a highly liquid asset version for use across platforms.

This has made liquid staking highly popular, since users can withdraw or deploy assets at any time while still earning rewards. The ability to generate multiple income streams from a single investment is a major advantage.

However, users must understand the associated risks: depegging, smart contract vulnerabilities, and liquidity constraints. While it can provide high returns, liquid staking is an advanced strategy best suited for experienced users who understand DeFi.

With DeFi’s ongoing evolution, liquid staking is emerging as a key tool for optimizing capital efficiency and maximizing returns for crypto investors.

FAQ

How does liquid staking differ from regular staking?

Liquid staking lets you keep tokens liquid and tradable, while regular staking locks assets, preventing free use. Liquid staking tokenizes assets for greater flexibility.

How do you participate in liquid staking to earn returns? What’s a typical annual yield?

By staking tokens with validator nodes, you earn rewards from network inflation. Annual yields (APY) usually range from 8–12%, depending on the token and the platform.

What are the main risks of liquid staking, and what should you watch for?

The main risks are liquidity risk during severe market downturns, credit risk from the platform, and volatility in the underlying asset’s price. Always monitor platform reliability and market movements closely.

What are the main liquid staking platforms, and how do you choose?

Leading platforms include Lido, Aave, Uniswap, Compound, Balancer, and Curve. Choose based on yield rates, reputation, and track record. Prioritize platforms with high reliability and large total value locked for lower risk.

What is the role of liquid staking derivative tokens (LST), and what can you do with them?

LSTs provide liquidity and can be used in any DeFi protocol that supports ERC-20 tokens, increasing flexibility and enabling you to earn additional yield from other DeFi applications.