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Embracing Liquid Staking Derivatives: DeFi Future in 2025

Embracing Liquid Staking Derivatives: DeFi Future in 2025

Blockchain
Reading time:
12 min
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1324
Published:
25.06.2025

Liquid staking derivatives (LSDs) are fast becoming an essential innovation in evolving decentralized finance (DeFi). With the liquid staking protocol, stakers unlock liquidity without giving up rewards. 

Growing adoption underscores the massive change in how capital will be used across blockchain ecosystems.

This article takes a comprehensive look at LSDs, their structure, and their advantages over traditional staking methods. We’ll explore their growing influence on Ethereum and other PoS networks, analyze current market trends, and highlight applications. Additionally, we’ll tackle critical risks like security and centralization while revealing mitigation strategies. Expect a deep analysis of how LSDs will shape DeFi trends, offering enhanced liquidity, better user experiences, and new financial products.

Read more to stay ahead of DeFi's development and discover several insights into their transformational impact!

What are LSDs?

LSDs represent a new class of innovative financial tools that have gained popularity rapidly within the DeFi ecosystem. They solve one of the biggest problems of blockchain networks, resorting to consensus mechanisms like proof of stake (PoS): the illiquidity of staked assets. 

Typically, when users stake their tokens to contribute to the network's security and receive rewards in return, such assets are locked and can't be utilized elsewhere. LSDs solve this by issuing tokenized versions of the staked assets.

These derivatives unlock a world of possibilities for DeFi participants. By holding LSDs, users seamlessly integrate their staked assets into various DeFi protocols, such as lending, borrowing, or yield farming. Such flexibility enhances capital efficiency and enables higher participation in staking. 

As a simple example, a user who stakes Ethereum to secure the network can receive an LSD that can be used as collateral to borrow other assets or to provide liquidity in decentralized exchanges.

LSDs reflect an increasingly sophisticated DeFi world in which innovation intrudes traditional finance. By combining the upside from staking rewards with functionality from liquid assets, LSDs create opportunities for users to capture the highest possible returns. 

LSDs play key roles in the future of DeFi trends as a combination of ultimate security, very liquid markets, and unparalleled opportunities with the widening adoption of PoS blockchains. Now, let’s compare them to traditional staking to observe the convenience better. 

LSDs vs traditional staking

While liquid staking vs staking are two ways of PoS blockchain networks, each has its merits. The key differences between these two methods are explained in more detail below.

AspectTraditional stakingLSDs
LiquidityAssets are locked and, therefore, unusable elsewhere for the staking period.Staked assets get immediately tokenized into LSDs.
Access to rewardsGained directly, though rewards may be locked or go through unbonding periods.They usually get distributed as additional LSD tokens or as an accrual inside the token itself.
Capital efficiencyLow, since locked assets cannot be utilized in other financial activities.LSDs can be used simultaneously for staking rewards, lending, or yield farming.
FlexibilityLimited flexibility due to unbinding times.High flexibility since LSDs can be traded or used as collateral without any waiting periods.
Slashing riskThere is a direct slashing risk in case of misbehavior or when the validator goes offline.Slashing risks are usually absorbed or mitigated by the LSD provider.
ComplexitySimple and straightforward, sit suits users who want their assets quickly.Own should understand how LSDs work, including their integrations with DeFi protocols.
UsabilityVery suitable for holders who do not need immediate availability of their assets under delegation.For active participants of various DeFi cases who believe in maximum utility and revenue.
Validator selectionUsers usually have to manage validator selection by themselves.In most situations, LSD takes care of validators on behalf of users.
Unbonding periodTypically requires an unbinding period (7-28 days) to withdraw staked assets.No unbinding period - LSDs can be instantly traded or redeemed, depending on the protocol.
Token utilityStaked tokens are illiquid and cannot be used for other purposes.LSDs can be used across DeFi ecosystems as collateral, liquidity provision, or trading.
Reward distributionRewards are given to the stalker directly, in many cases after delays or lockups.Rewards are often automatically compounded or even increased by the higher value of the LSD.
Custody riskNoncustodial for those users running their validators, while custodial for third party services.Noncustodial LSDs do exist, though custodial risks are possible with specific providers.
Adoption and trustNative staking mechanism for PoS blockchains, widely adopted and trusted.Growing in popularity, but trust is required in smart contracts and models of LSD providers.
ExamplesETH directly on Ethereum 2.0, staking ATOM on Cosmos.stETH via Lido, rETH via Rocket Pool, cbETH via Coinbase.

It all depends on what you value most in your investment strategy. If you want simplicity and the ability to contribute to the security of a network directly, then traditional staking is ideal. It's straightforward and perfectly fitted for passive investors focusing on steady rewards. On the other hand, LSDs are suitable if you value liquidity and flexibility. 

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Current state

Liquid staking is growing rapidly. New players emerge, but challenges like security and centralization exist. By minting liquid staking tokens (LSTs), customers can stake their crypto and keep liquidity intact, which enables them to collect rewards without sacrificing agility.

Platforms like Lido, Rocket Pool, and Frax Finance are at the forefront of this innovation, wherein users can stake tokens like Ethereum and receive LSDs in return. As the LSDs are staked tokens, they can be sold, borrowed against, or used in other DeFi applications. This dual benefit of staking crypto to earn rewards while remaining liquid renders liquid staking protocols increasingly appealing to users.

The difference between liquid staking and old staking is becoming more relevant. While old staking offers convenience and easy rewards, liquid staking provides unique flexibility. The appeal of liquid staking shows the industry's desire for innovation but also highlights the need for solutions to address its drawbacks. With liquid staking tokens gaining momentum, they become a core part of the DeFi trends. 

How LSDs impact Ethereum and PoS networks

LSDs provide new functionality to PoS networks, like Ethereum, by tokenizing staked assets into liquid tokens. They achieve what was previously impossible through staking while creating new opportunities for individuals and the entire ecosystem. Let’s look at the most critical ways LSDs contribute to this space.

More liquidity

One of the primary benefits of LSDs is that they can maintain staked assets in a liquid state. In traditional staking, investors lock up money to secure the network and rob them of using it for other purposes. LSDs overcome this limitation by generating derivative tokens representing staked ownership, where people stay involved in earning staking rewards while participating concurrently in DeFi utilization, such as lending, trading, and yield farming. 

Higher participation

By making the staking process less mysterious and lowering entry points, LSDs contribute to network security. Staking used to be a function that required much technical expertise or capital, but LSD protocols make this possible through simple interfaces and resource pooling from small investors. A greater contribution decentralizes the underlying PoS network and makes it more resilient against manipulation or attacks.

Yield optimization

LSDs enable users to capitalize on their returns to the maximum extent by combining staking rewards with other DeFi strategies. Derivative tokens can be applied to protocols following issuance, which allows stakers to reinvest and earn interest. For example, users can deposit LSDs into liquidity pools or use them as collateral to borrow, in effect earning many layers of returns on the same staked asset. 

Validator diversification

LSD protocols spread stakes across multiple validators to avoid depending on a single operator. This strengthens the network, prevents centralization—a significant issue in PoS networks—and promotes decentralization. By diversifying validators, LSD platforms create a healthier network, reduce bottlenecks, and eliminate single points of failure.

Innovation in DeFi

The advent of LSDs has prompted the introduction of innovative financial products and services. Among them are yield bearing stablecoins, synthetic assets, and more complex derivatives that derive their foundation from the liquidity provided by LSDs. Through the role of building blocks, LSDs expand the ability of the DeFi compared to CeFi system and push its boundaries into areas previously limited by staking constraints.

Ethereum's scalability

Ethereum's shift to a PoS system has increased LSDs importance. They play a crucial role in maintaining network security by incentivizing staking, and offer flexibility for users who want to remain active in DeFi. As Ethereum continues to develop, LSDs are valuable component of its economic and governance systems, supporting its scalability and flexibility.

Even with their advantages, LSDs are not without their problems. Centralization remains an issue, especially with protocols like Lido, which at one point accounted for over 30% of Ethereum's staked ETH. This causes concerns regarding validator concentration and possible network concerns. This prompted Lido to launch permissionless validator onboarding, an initiative to weaken the position of a select few node operators and promote decentralization in the certification process. 

The fact that LSDs depend on complicated logic means that there’s also the potential for vulnerabilities and exploits when using smart contracts. LSDs may also raise compliance problems in some jurisdictions due to the blurring of boundaries between blockchain-native assets and conventional financial instruments.

Use cases of liquid staking derivatives

Here are some examples of common cases such as stETH, rETH and others interesting to the crypto enthusiast: 

stETH (Lido Staked Ether)

stETH, an offering of Lido Finance, is an innovation leader for liquid staking derivatives for Ethereum 2.0. Lido is the leading liquid staking protocol, with a Total Value Locked (TVL) of approximately $16.26 billion.

When tokenizing staked ETH as stETH, users gain access to Ethereum staking without needing to tie up their assets. They receive staking rewards and are not deprived of liquidity. Equipped with stETH, users navigate further into the waters of DeFi, engaging their capital across multiple platforms for maximum yield potential through actions such as borrowing, lending, or yield farming. 

What’s the best of both worlds? Unstringed staking, unlocking liquidity with ongoing participation in Ethereum's roadmap to scalability and efficiency. 

rETH (Rocket Pool Staked Ether)

Rocket Pool introduces rETH as a decentralized framework for liquid staking, enabling users to stake with as little as 8 ETH or 16 ETH. Validators, or "minipools," are generated by combining user deposits and operator stakes. The remaining 24 or 16 ETH to meet the 32 ETH requirement comes from ETH that customers have deposited into Rocket Pool in return for rETH.

With rETH, the traditional barriers and minimum requirements of Ethereum staking are minimized, becoming more accessible to a broader population. When ETH is staked through Rocket Pool, users receive rETH tokens equal to their staked value and accrued rewards. The tokens are a ticket to the DeFi world, allowing holders to interact with protocols that provide extra returns on their staked assets. 

rETH embodies the essence of decentralized networks, allowing collective staking with the potential for amplified returns through diverse DeFi interactions. 

sAVAX (Avalanche)

As of early 2025, Benqi's Liquid Staking TVL was worth more over $370 million, with over 15 million AVAX staked through the protocol. sAVAX is a liquid staking token created by Benqi, a prominent protocol on the Avalanche network that allows users to stake AVAX while retaining liquidity. 

When users stake AVAX via Benqi's Liquid Staking platform, they acquire sAVAX, which earns staking incentives and can be utilized throughout Avalanche's DeFi ecosystem. Benqi overcomes the capital inefficiencies of traditional staking by enabling users to leverage their staked assets. 

Holders of sAVAX participate in yield farming, lending, and liquidity provisioning on protocols like Trader Joe, Aave, and Pangolin, enhancing usefulness without sacrificing rewards. It offers customers the "best of both worlds": it helps secure the Avalanche network while also enabling the composability of staked assets across different DeFi layers.

aETH (Ankr Protocol)

Ankr's ETH is essential to maintain active involvement in DeFi ecosystems and democratize access to Ethereum's staking incentives. Ankr provides liquid staking across multiple blockchains, with a current TVL of around $31.47 million, including almost $9 million on Ethereum. Users who stake ETH through Ankr earn aETH, tokens that represent their stake and may be used on several DeFi sites. 

aETH provides access to a wide range of opportunities, including lending on collateralized lending protocols, participating in yield farming activities, and joining liquidity pools, guaranteeing that users will continue to receive staking benefits. 

Ankr's strategy emphasizes user experience and interoperability, customizing a solution that fits the spirit of a decentralized future and enabling people to participate without financial or technological constraints.

BETH (Binance Staked ETH)

Binance offers customers an effective option to participate in Ethereum staking with BETH, circumventing the traditional limitations of the network. As of recent data, BETH has a TVL of approximately $3.95 billion, with $3.59 billion on Ethereum and $336.36 million on BNB Chain. 

Users who use Binance to convert their ETH into BETH have two benefits: they may still trade or use their tokens inside Binance's extensive range of financial services and products and profit from staking rewards. Binance's strong ecosystem also helps BETH by providing quick access to and exposure to various trading pairs, lending options, and financial derivatives on the site. 

BETH is an appealing alternative for users who are invested in the Binance economy because of its integration with Binance, which facilitates liquidity and streamlines staking even though it is not as decentralized as other solutions.

vsBOND (Bifrost on Polkadot)

Designed by Bifrost to provide smooth staking solutions for DOT and other Polkadot assets, vsBOND sits at the nexus of liquidity and staking inside the flexible Polkadot ecosystemIn April 2025, Bifrost's Total Value Locked (TVL) reached $54,825,174, with 8,796,263 vDOT minted.

Investors can engage in staking activities and Polkadot's varied portfolio of DeFi opportunities, including lending, governance, and cross-chain connections, while maintaining the flexibility of their assets using vsBOND. Bifrost's emphasis breaks traditional financial boundaries on maximizing returns without sacrificing liquidity, improving assets' total usefulness across several chains. 

Therefore, in a decentralized network where innovation and scalability are constantly at the forefront, vsBOND offers a roadmap for integration and participatory access.

While redefining the traditional staking approach, these liquid staking derivatives show how DeFi innovations can revolutionize asset productivity and liquidity in various blockchain environments.

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Risks and mitigations of liquid staking for users

Being a relatively recent innovation, LSDs pose difficulties that need thoughtful analysis and preventative action. Users who want to maximize the benefits of liquid staking while protecting their investments must be aware of these hazards and how to mitigate them.

Smart contract vulnerabilities

Liquid staking systems depend on smart contracts to oversee tasks like reward distribution, security maintenance, and the minting of LSTs. These smart contracts may have flaws or exploits that cause customers to suffer large financial losses. Poorly written code or inadequate testing can potentially result in smart contract failures.

Mitigation 1: Users should select liquid staking protocols with a solid security record and those that have passed stringent third-party audits. Generally, protocols with open development procedures and community monitoring are more trustworthy. When investigating new protocols, it's also a good idea to start with smaller sums of money and watch for updates for continued audits or security enhancements.

Lido, for example, has passed multiple security reviews and maintains ongoing audit partnerships. Start with smaller amounts when trying new platforms, and stay updated on audit results and bug bounty programs.

Slashing risks

In a PoS network, validators that perform poorly—for example, by experiencing outages or engaging in malicious activity—may be punished or "slashed." Users may suffer losses due to this punishment since it may impact the staked assets linked to those validators. 

Mitigation 2: Users can reduce their exposure by choosing methods that divide stakes among several reliable validators. This kind of diversification lessens the impact of cutting events and lessens dependency on any one validator. 

Rocket Pool allows users to participate in decentralized validator pools, reducing the impact of slashing on any single operator.

Centralization risks

Some liquid staking systems rely heavily on a small number of validators, creating centralization concerns. This undermines the decentralized nature of blockchain networks and increases systemic risks, as the failure or collusion of a few validators could compromise the entire network.

Mitigation 3: Support protocols prioritizing decentralization by actively diversifying their validator sets and being transparent about their chosen validators. Open and decentralized protocols often share validator performance data, helping users make informed decisions.

Lido's introduction of permissionless validator onboarding is one example of how platforms try to solve this issue.

Liquidity risks

Although liquid staking tokens are intended to preserve liquidity, market volatility may cause their value to change. It may be challenging to trade or employ LSTs due to high redemption rates or low trading volumes.

Mitigation 4: Users should concentrate on LSTs issued by reputable protocols incorporated into DeFi systems with substantial liquidity pools. Smooth trading, borrowing, and lending without undue price impact are guaranteed by high liquidity. Diversifying among several platforms and LSTs can also lower risk.

stETH, for example, is widely used across Curve, Aave, and other platforms, reducing slippage and improving usability.

Regulatory uncertainty

As liquid staking gains traction, regulators from all across the world are intervening. Changing rules may restrict certain protocols, which could affect how they operate or even make them unlawful in some jurisdictions.

Mitigation 5: Users should choose procedures that put compliance and transparency first and keep up with the regulatory landscape in their area. Using platforms that follow anti-money laundering (AML) and know your customer (KYC) guidelines can offer extra security.

In 2023, the U.S. SEC ordered Kraken to shut down its staking program and pay a $30 million settlement, citing unregistered securities violations.

Counterparty risks

A lot of liquid staking procedures depend on outside custodians or middlemen to oversee staked funds, which creates counterparty risks. Funds belonging to users may be at risk if these organizations have operational problems, bankruptcy, or hostile actions.

Mitigation 6: Opt for non-custodial liquid staking protocols that keep users in control of their assets. Solutions like Ankr and Rocket Pool emphasize decentralized control, reducing reliance on any single institution. By doing away with the need for middlemen, noncustodial platforms guarantee that users' money stays in their wallets and lower the possibility of loss from third-party failures.

Market risk

The state of the market affects the value of staked assets and the LSTs. The total returns of liquid staking may be greatly diminished if the market volatility value drops the underlying cryptocurrency value. A significant drop in the price of ETH, AVAX, or DOT, for instance, can severely reduce the value of the corresponding LST.

Mitigation 7: The effects of market volatility can be lessened by spreading investments over various assets and methods. To mitigate risks, consider keeping a mix of liquid and nonliquid assets in the portfolio rather than overexposing them to a particular asset or staking protocol.

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LSDs future in 2025

Liquid staking derivatives are exploring yet unexplored areas as the DeFi industry grows. We observe a revolution where innovation and accessibility collide with the combination of staking and liquidity provision. The DeFi industry is expected to develop significantly, with estimations ranging to $42.76 billion in 2025, at a 42.2% compound annual growth rate (CAGR). 

We can project a landscape packed with improved security features, user interfaces, and integrations into DeFi networks in 2025, ultimately driving capital efficiency to new levels and encouraging wider involvement. A closer look at the predicted developments that will lead liquid staking derivatives to a successful future is provided below:

1. Strengthened security measures

Security is still of utmost importance as the field of decentralized finance grows. The security of staking derivatives will be strengthened by advancements in consensus and cryptographic approaches, reducing the risks of bright contract flaws. 

We can anticipate stronger auditing frameworks and the rise of decentralized insurance protocols (such as Nexus Mutual and InsurAce) to provide added protection for stakers.

Protocols will increasingly adopt anti-fraud protections and improved multisig and MPC wallet infrastructure to raise the security bar.

2. User experience (UX)

Expanding the use of liquid staking derivatives depends on their usability. In the future, platforms will redesign their interfaces to provide more streamlined and intuitive experiences and to make staking simpler.

Features like dashboards that can be customized and offer liquidity opportunities, asset performance, and staking rewards will be offered. Instructional resources built into platforms will provide users with information so inexperienced and seasoned holders may make wise choices. Additionally, built-in onboarding tools, video explainers, and staking simulators will become standard as protocols will compete for retail adoption.

3. Linked ecosystems

As liquid staking derivatives become a crucial component of DeFi, interoperability will become the primary focus. New protocols will emerge that facilitate smooth transactions between various blockchains. Thanks to this interconnection, users can easily access DeFi platforms, improving asset mobility and liquidity. 

LSDs will not exist in a vacuum to create a dynamic economy where assets may work harder and smarter. Instead, they will integrate with lending protocols, liquidity pools, and yield aggregators. For example, platforms like EigenLayer will enable restaking, letting users extend their LSDs’ utility into securing additional services.

4. Tokenizing physical assets

The tendency of tokenization is expected to grow, further reducing the gap between the crypto world and regular banking. The depiction of tangible assets on the blockchain, such as commodities or real estate, will be made possible by liquid staking crypto derivatives. 

This could include synthetic LSDs backed by tokenized gold, carbon credits, or tokenized real estate, creating a blend of yield-generating DeFi assets with traditional value anchors. As staking derivatives are linked to physical assets that can be used on several platforms, this development gives users access to additional cash sources and enhances their legitimacy and stability.

5. Various yield techniques

Also, DeFi protocols will introduce dynamic yield farming techniques, allowing users to optimize returns. They can stake derivative tokens in different pools and earn rewards. Liquid staking tokens may be automatically routed through yield aggregators like Yearn or Beefy, enabling “set-and-forget” multi-yield strategies. 

While enabling assets to yield in many domains simultaneously, these strategies will increase capital efficiency and guarantee that customers receive the most value for their money.

Peiko is your reliable blockchain developer

Peiko stands as your reliable ally in crafting outstanding DeFi projects. As a trusted leader in blockchain development, we specialize in delivering innovative DeFi solutions tailored to your needs. From lending platforms and decentralized exchanges to staking protocols, our team transforms your vision into reality with secure, scalable, and user-friendly solutions designed to meet your business goals.

Our expertise has earned recognition from industry leaders like Clutch and GoodFirms, solidifying our reputation for delivering exceptional results. We handle every aspect of DeFi development, including tokenomics, security, and cross-chain integration, making us the ideal partner for your next blockchain venture.

With a proven track record in blockchain and DeFi, one of our standout achievements is Orion Protocol. This project showcases our ability to enhance cryptocurrency trading by improving liquidity, enabling cross-chain transfers, and delivering an intuitive interface.

Orion Protocol is an open source, decentralized platform aggregating liquidity from CEXs and DEXs. It sources the best market prices across multiple platforms, offering traders unparalleled opportunities in the crypto space.

Key deliverables include:

  • A noncustodial liquidity aggregator integrating top CEXs like Binance and KuCoin, alongside DEXs such as Uniswap and PancakeSwap.
  • Seamless cross-chain transfers across major networks like BNB, Ethereum, and Polygon.
  • The Orion Terminal, a user-friendly interface for efficient multiexchange trading.
  • Integration with leading crypto wallets, including MetaMask, WalletConnect, and Coinbase Wallet, ensuring security and accessibility.
  • Advanced DEX features like TradingView integration, transparent market data, and automated market maker (AMM) functionality.
  • An optimized swap experience, enabling direct trades on CEXs using users' own wallets for fast, secure transactions.

The Peiko team has built a robust, scalable DeFi ecosystem that excels in performance, cross-chain liquidity aggregation, and seamless integration across centralized and decentralized platforms. Orion Protocol is a testament to our ability to deliver innovative and secure blockchain solutions.

Conclusion

For blockchain enthusiasts, liquid staking derivatives offer an alluring combination of freedom and incentives. However, its users must be aware of the hazards associated with its radical architecture and take proactive steps to mitigate them. 

You can maximize the benefits of liquid staking and reduce its drawbacks by taking a defensive and knowledgeable strategy, which includes choosing known protocols, diversifying bets, and keeping up with security and regulatory advancements. 

Want to explore the opportunities of liquid staking? Peiko can help you design secure, scalable, and compliant blockchain solutions tailored to your needs. If you consider building a liquid staking protocol or integrating DeFi applications, our expertise ensures you stay ahead in the blockchain ecosystem. Contact Peiko today to discuss your project and bring your vision to life!

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