Liquid staking enables users to stake their cryptocurrency holdings while still accessing liquidity. Essentially, it allows users to earn staking rewards without locking up their assets, by converting them into liquid tokens that can be traded or used in decentralized finance (DeFi) applications. This process involves platforms issuing tokens representing staked assets, which can be utilized elsewhere in the ecosystem.

1- Liquid staking, explained

Liquid staking allows stakers to keep the liquidity of their staked tokens by using a stand-in token that they can use to earn additional yield through DeFi protocols.

Before diving into liquid staking, let’s understand staking and the problems associated with it. Staking refers to the process of locking up a cryptocurrency in a blockchain network to sustain it, and it enables the stakers to earn a profit. However, staked assets typically become illiquid during the staking period, as they can’t be exchanged or transferred.

Liquid staking enables cryptocurrency holders to take part in staking without giving up control over their holdings. This has transformed the way users approach staking. Projects such as Lido introduced liquid staking, offering a tokenized representation of staked assets in the form of tokens and derivatives.

It allows users to reap the advantages of staking while also retaining the flexibility to trade, trading these tokens in decentralized finance (DeFi) applications or transferring them to other users.

2- Is there a difference between delegated staking and liquid staking?

Network users in delegated proof-of-take (DPoS) cast votes to select the delegate of their preference. The purpose of liquid staking, however, is to let stakers circumvent the mechanism of minimum staking threshold and locked tokens

Though DPoS borrows its basic concepts from proof-of-stake, its execution is different. In DPoS, network users are empowered to elect delegates, called “witnesses” or “block producers” for block validation. The number of delegates participating in the consensus process is limited and can be adjusted through voting. Network users in DPoS can pool their tokens into a staking pool and use their combined voting power to vote for the preferred delegate.

Liquid staking, on the other hand, is designed to bring down the threshold for investing and provide a way for stakers to circumvent the mechanism of locked tokens. Blockchains often have minimum requirements for staking. Ethereum, for instance, requires anyone who wants to set up a validator node to stake 32 Ether (ETH) minimum. It also requires specific computer hardware, software, time and expertise, which again requires plenty of investment.

3- What is staking-as-a-service?

Staking-as-a-service is a platform that serves as a mediator, connecting a blockchain’s consensus mechanism with cryptocurrency holders who want to contribute to the functioning of the network

Staking-as-a-service is a platform or service that enables users to delegate their crypto assets to a third party, who then participates in staking on the users’ behalf, usually in exchange for a fee or a share of the rewards. JP Morgan notes that by 2025, the staking services sector will expand to a whopping $40 billion. Crypto staking services will play a large role in this emerging economy, and liquid staking will be an integral part of it.

Staking-as-a-service platforms can be categorized as custodial and noncustodial based on their level of decentralization, which plays a major role in safeguarding stakeholders’ best interests and maintaining transparency. To facilitate decentralized governance, key decisions are made by a decentralized autonomous organization (DAO).

Custodial staking-as-a-service involves extensive management of the staking process. Staking services offered by crypto exchanges are custodial. Rewards first go to the staking provider before being distributed among stakers.

In the noncustodial staking-as-a-service model, a validator charges a commission to anyone who wants to participate in staking. In PoS networks that support native delegation, the staker’s share of rewards is directly sent to them, with no involvement from the validator.

4- How liquid staking functions

Liquid staking is designed to eliminate the threshold of staking and enable holders to make profits with liquid tokens.

Staking pools allow users to consolidate several small stakes into a large one using a smart contract, which gives corresponding liquid tokens (representing their share of the pool) to each staker.

The mechanism eliminates the threshold of becoming a staker. Liquid staking takes it a step further and enables stakers to make double earnings. On the one hand, they earn from the staked tokens, and on the other hand, they make profits with liquid tokens by carrying out financial activities such as trading, lending or any other activity without impacting their original staked position.

Using Lido as a case study will help us understand better how liquid staking functions. Lido is a liquid staking solution for PoS currencies, which supports several PoS blockchains, including Ethereum, Solana, Kusama, Polkadot and Polygon. Lido provides an innovative solution to the hurdles presented by traditional PoS staking by effectively lowering barriers to entry and the costs associated with locking up one’s assets in a single protocol.

How liquid staking works on Lido

Lido is a smart contract-based staking pool. Users who deposit their assets with the platform are staked on the Lido blockchain via the protocol. Lido allows ETH holders to stake fractions of the minimum threshold (32 ETH) to earn block rewards. Upon depositing funds into Lido’s staking pool smart contract, users receive Lido Staked ETH (stETH), an ERC-20 compatible token, which is minted upon deposit and burned upon withdrawal.

The protocol distributes the staked ETH to validators (node operators) within the Lido network, and subsequently, it is deposited to the Ethereum Beacon Chain for validation. These funds are then safeguarded in a smart contract, which is inaccessible to validators. The ETH deposited via the Lido staking protocol is segregated into sets of 32 ETH among active node operators on the network.

These operators utilize a public validation key to validate transactions involving users’ staked assets. This mechanism allows users’ staked assets to be distributed across multiple validators, mitigating risks linked to single points of failure and single validator staking.

Stakers who deposit Solana’s (SOL) token, Polygon (MATIC), Polkadot (DOT) and Kusama KSM with a set of smart contracts in Lido receive stSOL, stMATIC, stDOT and stKSM, respectively. The stTokens can be used for DeFi yield earning, providing liquidity, trading on decentralized exchanges (DEX) and many other use cases.

5- Are there any risks associated with liquid staking platforms?

Like any product or service in the crypto space, technical threats and market volatility need to be taken into account when dealing with liquid staking.

Technical threats

PoS blockchains are still relatively new, and there is always the possibility of protocol bugs or vulnerabilities leading to asset loss or exploitation. Reliance on validators for staking also introduces counterparty risks.

Market risks

Liquid staking unlocks the staked assets, enabling stakers to earn rewards from DeFi applications. However, this also opens up the risk of losing on two fronts in a market downturn.

Keeping a liquid staking platform open-sourced and regularly audited helps protect against threats to an extent. Having a bounty program for the platform also helps minimize bugs.

Conducting comprehensive due diligence is crucial to combat the risks associated with market volatility. This involves researching historical market data, evaluating the financial health of potential investments, understanding the regulatory landscape and developing a diversified investment strategy.

conclusion:

liquid staking revolutionizes traditional staking by providing holders with flexibility and liquidity while allowing them to earn rewards. By tokenizing staked assets, users can participate in DeFi activities without compromising their original staked position.

FAQs:

1. What is liquid staking, and how does it work? Liquid staking enables cryptocurrency holders to stake their assets while maintaining liquidity through tokenization. Staked assets are represented by tokens, allowing users to engage in additional yield-generating activities within DeFi protocols without sacrificing control over their holdings.
2. Is there a difference between delegated staking and liquid staking? Delegated staking involves users voting to select delegates for block validation, while liquid staking aims to bypass minimum staking thresholds and locked tokens, providing liquidity to staked assets and allowing for more accessible participation in staking.
3. What is staking-as-a-service, and how does it relate to liquid staking? Staking-as-a-service platforms facilitate participation in staking by connecting cryptocurrency holders with staking providers. Liquid staking is a part of this ecosystem, offering users the ability to stake their assets while retaining liquidity, often through custodial or noncustodial services.
4. How does liquid staking function, and what are its benefits? Liquid staking utilizes smart contracts to pool staked assets and issue corresponding liquid tokens to participants. This mechanism eliminates staking thresholds and enables users to earn rewards while maintaining liquidity. Benefits include increased accessibility to staking and the ability to earn additional yield through DeFi activities,
5. Are there risks associated with liquid staking platforms? Yes, like any crypto product, there are technical and market risks. Technical threats include protocol bugs or vulnerabilities, while market risks involve potential losses in a downturn. Open-sourcing platforms, regular audits, and comprehensive due diligence can help mitigate these risks to some extent.
6. How secure are liquid staking platforms? Liquid staking platforms utilize smart contracts and decentralized networks to ensure security. However, there are inherent risks such as protocol vulnerabilities and market fluctuations. Platforms can enhance security through rigorous audits, open-sourcing code for community review, and implementing robust risk management practices. Users should also exercise caution and conduct thorough research before participating in any liquid staking activities.