What is Restaking, and How to Restake Ethereum to Boost Rewards?

Restaking Ethereum is an innovative approach that allows stakers to use their staked Ether (ETH) to support the security of other decentralized protocols in addition to the Ethereum network. This process can enhance rewards for stakers while contributing to the overall security and efficiency of the blockchain ecosystem.

What is Restaking, and How to Restake Ethereum to Boost Rewards?
What is Restaking, and How to Restake Ethereum to Boost Rewards? Image by freepik

Understanding Restaking

In proof-of-stake (PoS) blockchains like Ethereum, network security depends on several factors, including the number of active validators, the percentage of circulating tokens staked, and the distribution of these tokens among the validators. Traditionally, staked tokens on PoS blockchains remain idle. However, restaking mechanisms enable these tokens to be utilized more effectively, offering additional rewards to stakers and improving the network’s overall performance.

Restaking allows stakers to leverage their ETH in the consensus layer more than once, facilitating the deployment of liquid staking tokens (LSTs) with validators across various networks. By restaking, stakers can earn higher rewards while contributing to the security of multiple blockchain networks simultaneously.

Types of Restaking

Restaking can be categorized into two main types: native restaking and liquid restaking.

Native Restaking

Native restaking is available to users who operate an Ethereum validator node. This type of restaking involves a set of smart contracts that manage the assets staked within a validator’s node. Validators can take advantage of the crypto-economic security offered by restaking protocols and stake their tokens with these protocols.

To participate in native restaking, validators must install and execute additional node software specific to the restaking module. This process enables them to earn additional rewards on their staked ETH while contributing to the security of other networks.

Liquid Restaking

Liquid restaking involves the use of liquid staking tokens (LSTs). When a staker stakes their assets with a validator, they receive a token that represents their stake. This token can then be restaked to earn additional rewards.

Liquid staking protocols, such as EigenLayer, convert staked ETH into fungible tokens, allowing stakers to use these tokens in decentralized finance (DeFi) applications. This mechanism eliminates the need for the minimum 32 ETH staking cap, enabling users with smaller holdings to participate and earn staking rewards.

How Liquid Restaking Works

Liquid restaking works by providing stakers with liquid staking tokens (LSTs) that represent their staked assets. These tokens can be used in various DeFi applications to earn additional rewards. Here’s a step-by-step process of how liquid restaking works:

  1. Staking ETH: The staker deposits ETH into a liquid staking protocol, which stakes the assets with a validator.
  2. Receiving LSTs: In return, the staker receives liquid staking tokens (LSTs) that represent their staked ETH.
  3. Restaking LSTs: The staker can then restake the LSTs through a restaking protocol, such as EigenLayer, to earn additional rewards.
  4. Earning Rewards: By restaking LSTs, the staker earns rewards from both the primary staking on Ethereum and the additional protocols supported by the restaking mechanism.
  5. Utilizing LSTs in DeFi: LSTs can also be used in various DeFi applications, such as lending, borrowing, and trading, to further maximize the staker’s returns.

Collective Security Using Staked Ether

Restaking also contributes to collective security across multiple networks. By enabling staked ETH to support various protocols, restaking enhances the security of the entire blockchain ecosystem. This collective security model benefits all participants by creating a more robust and resilient network infrastructure.

Concerns Regarding Restaking

While restaking offers numerous benefits, it is essential to consider potential concerns:

  • Smart Contract Risks: Restaking involves using multiple smart contracts, which can introduce additional risks. It is crucial to ensure that the protocols involved are thoroughly audited and secure.
  • Liquidity Risks: While liquid staking tokens provide flexibility, they may also pose liquidity risks, especially in volatile market conditions.
  • Validator Performance: The performance and reliability of validators are critical in restaking. Poorly performing validators can affect the rewards and security of staked assets.


Restaking Ethereum is a powerful technique that enables stakers to maximize their rewards while contributing to the security and efficiency of multiple blockchain networks. By understanding the different types of restaking and how liquid restaking works, crypto traders and investors can optimize their strategies and leverage their staked ETH for greater returns. As the blockchain ecosystem continues to evolve, restaking will likely play an increasingly important role in enhancing the overall functionality and security of decentralized protocols.

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