The process of using Liquid Staking Token assets for ReStaking

Table of Contents
The DeFi market has experienced rapid growth, and Staking has emerged as one of its largest segments. Liquid Staking protocols, such as Lido's TVL, have played a significant role in making Staking ETH more profitable while also contributing to the decentralization and security of the Ethereum network. As the adoption of Proof of Stake (PoS) consensus mechanisms increased, the demand for Staking ETH surged, leading to the development of Liquid Staking protocols. Among these, ReStaking has gained prominence as an innovative approach that allows users to optimize their assets and participate in multiple networks simultaneously.

I. Why do we have ReStaking?

1. Overview of the DeFi market and the prominence of Staking
The DeFi market has revolutionized the traditional financial landscape, providing users with unprecedented opportunities for earning passive income and participating in governance. Staking, in particular, has become a popular mechanism for users to validate transactions and secure blockchain networks while earning rewards in return.
2. Emergence of Liquid Staking protocols and their potential
With the integration of PoS into blockchain networks like Ethereum, the demand for Staking assets has surged. Liquid Staking protocols address a critical challenge of traditional Staking: the lack of liquidity. Protocols like Lido have introduced a solution that allows users to Stake their assets and receive liquid stETH tokens of equivalent value, which can be freely traded on other exchanges, unlocking the potential for continuous growth within the DeFi marketplace.
3. Importance of not locking liquidity in the DeFi market
In the fast-paced DeFi market, liquidity is of utmost importance. Users and investors seek to maximize their capital by keeping assets accessible and available for various investment opportunities. By avoiding locking liquidity, protocols like Lido enable users to make the most of their assets, increasing flexibility and generating more revenue within the DeFi ecosystem.

II. What is ReStaking?

ReStaking refers to the practice of using Liquid Staking Token assets, such as stETH, to Stake into Validators of other networks and blockchains. The primary objective of ReStaking is to enhance profits while contributing to the security and decentralization of the newly chosen network.
1. Definition of ReStaking and Middlewares
ReStaking involves deploying Liquid Staking Token assets on multiple networks to capitalize on the potential for double earnings. By participating in both the original network and the ReStaking network, investors can amplify their rewards and create additional revenue streams.
  • Restaking: Restaking means staking your $ETH  again after already staking it in Ethereum 2.0's Proof of Stake consensus mechanism. It's a way to continue participating in the staking process.
  • Middlewares: Middlewares are tools that help different systems, like oracles and bridges, connect and interact with Ethereum. They act as intermediaries, making it easier for other platforms to work with Ethereum.
  • Trust Network: Bitcoin relies on a security system called proof of work mining. Ethereum achieves security through PoS. When middlewares need to use external sources like oracles to gather information alongside the Ethereum protocol, they have to establish a separate trust framework specific to that particular network. It's like adding an extra layer of trust to ensure the reliability of the data being used.
2. The process of using Liquid Staking Token assets for ReStaking
Ethereum currently has over $30 billion staked among 795,372 validators. However, chains with new consensus and execution models cannot tap into this security. Instead, they must create separate trust networks, causing fragmentation of capital and trust within the ecosystem.
ReStaking allows users to leverage their existing Staking assets to participate in Validators of other networks. This not only increases the overall security of the chosen networks but also diversifies the revenue streams for Stakers.
3. Benefits of ReStaking, including increased profits and improved security
The major advantage of ReStaking is the potential for higher profits. By utilizing assets on two networks, Stakers can earn double rewards, enhancing their overall gains. Additionally, the increased participation of Stakers in various networks improves the security and trustworthiness of those networks.

III. How ReStaking Works

1. Similarities and differences between ReStaking networks and other networks
ReStaking networks operate similarly to traditional Staking networks, with the added advantage of accepting a wider range of assets, including those with low volatility and low risk. This diversity enhances the overall security and stability of the ReStaking network.
2. Acceptance of various assets, low volatility, and low risk in ReStaking networks
By accepting different types of assets, ReStaking networks create a more inclusive and resilient environment. The incorporation of low-volatility and low-risk assets reduces the susceptibility to market fluctuations and potential fraudulent activities.

IV. Pros and Cons of ReStaking

- Unlocked liquidity of LSD and LP Tokens: ReStaking enables the utilization of liquid assets in the DeFi market, offering users more flexibility in their investment strategies.
- Profit enhancement through double earnings: By participating in both the original network and ReStaking networks, users can maximize their profits and explore additional revenue streams.
- Increased security for networks using ReStaking: ReStaking attracts more Stakers, contributing to enhanced security and trustworthiness for the networks involved.
- Reduced dumping of the original asset: ReStaking incentivizes users to maintain their holdings, reducing the risk of asset dumping and consequent value loss.
- Enhanced security and decentralization of the native network: ReStaking encourages more active participation in Staking, thereby strengthening the security and decentralization of the native network.
- Risk of asset loss due to fraudulent behavior: As with any DeFi activity, ReStaking carries the risk of potential fraudulent behavior by Validators, leading to partial or total loss of assets.
- Smart Contract vulnerabilities: While ReStaking networks are designed to be secure, the use of smart contracts always poses a risk of exploitation in the event of a hack or vulnerability.
- Asset bubble and market inflation: The proliferation of assets through Wrap Tokens or Tokens can lead to market inflation, potentially detaching the asset's value from its true worth.
- Potential confusion and vulnerability for DeFi newcomers: The influx of multiple Tokens in the market may overwhelm newcomers, making them susceptible to fraudulent projects or scams.

V. Compare ReStaking with Liquid Staking

ReStaking and traditional Liquid Staking methods share similarities in their core principles of staking assets to secure blockchain networks. However, ReStaking introduces the concept of utilizing Staking assets on multiple networks, which can lead to increased profits and network security.


ReStaking represents a significant innovation in the DeFi market, allowing users to optimize their assets, participate in multiple networks, and enhance their earnings potential. With its potential to unlock liquidity, improve network security, and generate additional revenue streams, ReStaking offers a promising avenue for investors seeking to maximize their profits within the dynamic DeFi ecosystem. However, it's essential to be aware of the associated risks and to conduct thorough due diligence before engaging in ReStaking activities to ensure a secure and rewarding experience.

About Orochi Network

Orochi Network is a cutting-edge zkOS (An operating system based on zero-knowledge proof) designed to tackle the challenges of computation limitation, data correctness, and data availability in the Web3 industry. With the well-rounded solutions for Web3 Applications, Orochi Network omits the current performance-related barriers and makes ways for more comprehensive dApps hence, becoming the backbone of Web3's infrastructure landscape.
Event Recap
Monthly Report
Verifiable Random Function
Zero-Knowledge Proofs
Top Posts
Partnership Announcement
Layer 2
Event Recap
Immutable Ledger
Verifiable Random Function
Zero-Knowledge Proofs
Multisignature Wallet

Orosign Wallet

Manage all digital assets safely and securely from your mobile devices

zkDatabaseDownload Orosign Wallet
Coming soon

zkOS for Web3

© 2021 Orochi