Liquid staking involves obtaining tradable assets in exchange for staking cryptocurrency within a proof-of-stake (PoS) blockchain. Quantum Asset AI trading platform exemplifies the integration of advanced AI in facilitating liquid staking. Unlike traditional staking, where tokens remain locked until unstaking, liquid staking offers the flexibility to access the value of staked assets across Web3 protocols and decentralized finance (DeFi) applications.

Understanding Liquid Staking Mechanism

The liquid staking mechanism mandates that users lock up crypto tokens within the smart contract or any platform supporting staking. Locking the tokens yields security and consensus mechanisms within the blockchain network, allowing one benefit via staking rewards, mainly additional tokens.

In return, users staking crypto with the liquid staking provider receive a staking derivative identified as the liquid staking token (LST). The LSTs are representations of the stolen tokens one can use as collateral within lending protocols or trade on the DeFi platforms.

Lido Finance has emerged as a critical decentralized platform for staking ether (ETH) with users receiving staked assets stETH. The stETH tokens represent the amount of the users’ staked ETH on the Ethereum blockchain.

The ETH token enables users to use them across DeFi applications while accruing staking rewards. Lido has become a popular protocol that maintains leadership in the total value locked.

Liquid Staking in Centralized and Decentralized Methods

Liquid staking occurs within the leading crypto exchanges, including Binance and Coinbase. It delegates their crypto to the centralized platform, ultimately becoming the custodian while simultaneously discharging the staking operator role.

Centralized liquid staking protocols yield convenience for users who lack technical expertise yet seek the opportunity. Centralized platforms leave the users vulnerable to counterparty risks, including insolvency, regulatory actions, and mismanagement.

Decentralized staking protocols led by Rocket Pool and Lido Finance target eliminating the single points of failure. It allows users to exercise sovereignty over their crypto assets rather than trust the centralized intermediaries.

Decentralized liquid staking necessitates that the users possess Web3 technical expertise. It suits users who are familiar with smart contracts and decentralized protocols.

Decentralized liquid staking necessitates users to factor in the risks inherent in smart contracts, network congestion, and gas fees.

Risks in Liquid Staking

Users should consider the difference between decentralized and centralized platforms for liquid staking. In particular, users should consider the existence of smart contract risks, particularly for those relying on such agreements when issuing staking derivatives and assets.

Users should exercise caution given the vulnerability to smart contract risks. Users should be watchful for exploits and bugs that could result in the loss of staked tokens.

Conclusion

 

Users undertaking liquid staking should consider that tokens staked have reduced governance rights. In particular, the users relinquish voting rights in proposals considered within the on-chain governance protocols. Such is likely to limit one’s participation in governance decisions.